Patterns in the Garden introduces emergent readers to patterns in gardens, such as rows of plants, spiderwebs, and flower petal arrangements, while providing them with a supportive first nonfiction reading experience. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, making sure they aren't facing too many challenges at once. Patterns in the Garden includes tools for teachers and caregivers, as well as introductory nonfiction features such as labels, a table of contents, words to know, an index, and a Let's Review! question and photo.
Patterns in the Forest introduces emergent readers to patterns in the forest, such as spots on mushrooms or markings on an owl's feathers, while providing them with a supportive first nonfiction reading experience. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, making sure they aren't facing too many challenges at once. Patterns in the Forest includes tools for teachers and caregivers, as well as introductory nonfiction features such as labels, a table of contents, words to know, an index, and a Let's Review! question and photo.
Patterns in the Desert introduces emergent readers to patterns in the sandy desert, such as ripples in sand or diamonds on a rattlesnake, while providing them with a supportive first nonfiction reading experience. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, making sure they aren't facing too many challenges at once. Patterns in the Desert includes tools for teachers and caregivers, as well as introductory nonfiction features such as labels, a table of contents, words to know, an index, and a Let's Review! question and photo.
Patterns at the Beach introduces emergent readers to patterns they could see while spending a day at the beach, such as a striped seashell or spotted sea turtle, while providing them with a supportive first nonfiction reading experience. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, making sure they aren't facing too many challenges at once. Patterns at the Beach includes tools for teachers and caregivers, as well as introductory nonfiction features such as labels, a table of contents, words to know, an index, and a Let's Review! question and photo.
In Let's Learn Patterns, emergent readers learn to spot and identify patterns they see on everyday objects. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, ensuring reading success by making sure they aren't facing too many challenges at once. Let's Learn Patterns includes tools for teachers and caregivers as well as introductory nonfiction features such as labels, a table of contents, words to know, and an index. A Let's Review! feature poses an image and question for further comprehension.
In Let's Learn Opposites, emergent readers learn the difference between opposites, such as wet and dry, hot and cold, and light and dark. Carefully crafted text uses high-frequency words, repetitive sentence patterns, and strong visual references to support emergent readers, ensuring reading success by making sure they aren't facing too many challenges at once. Let's Learn Opposites includes tools for teachers and caregivers as well as introductory nonfiction features such as labels, a table of contents, words to know, and an index. A Let's Review! feature poses an image and question for further comprehension.
Spot circles and identify opposites in this book. Beginning readers will gain confidence with the Whole Language approach to literacy, a combination of sight words and repetition. Bold, colorful photographs correlate directly to the text to help guide readers as they engage with the book.
Spot rectangle shapes in everyday objects in this book. Beginning readers will gain confidence with the Whole Language approach to literacy, a combination of sight words and repetition. Bold, colorful photographs correlate directly to the text to help guide readers as they engage with the book.
Spot squares and identify colors in this book. Beginning readers will gain confidence with the Whole Language approach to literacy, a combination of sight words and repetition. Bold, colorful photographs correlate directly to the text to help guide readers as they engage with the book.
Spot triangles and count in this book. Beginning readers will gain confidence with the Whole Language approach to literacy, a combination of sight words and repetition. Bold, colorful photographs correlate directly to the text to help guide readers as they engage with the book.
Many frogs live around the pond. How many frogs can you find in this book?
STEAM education is the backbone of learning worldwide as Science, Technology, Engineering, Art and Mathematics come to the fore of curriculum activity in schools across the globe. In this exciting and original series, 5 scientists (representing STEAM) come together to pool their knowledge as each one of them constructs a machine or piece of equipment that uses basic knowledge across the 5 sciences.
Learn about looping, a fundamental coding concept, without using a computer. Fun, sports-themed activities engage readers and teach them to start seeing looping everywhere, especially in sports! Paper and pencil activities give readers real-world understanding of coding concepts.
Sport-oriented hands-on activities introduce readers to conditionals and other fundamental coding concepts. Through games and activities using common household supplies, readers learn how to create rules that govern reactions and build their understanding of how computers work.
Simple, hands-on activities explore algorithms for readers not yet ready for coding on computers. Sports-themed projects encourage readers to learn about the basics of coding through writing out the algorithm to shoot a basketball, steal a base, or create a gymnastics routine.
The best part about coding is that anyone with a computer can learn how to do it. From education to healthcare to entertainment, software touches almost every aspect of twenty-first century life. Take a high-level perspective on the types of people who create that software—including many jobs that do not involve writing code at all. Learn about the software development cycle and the huge variety of skills developers draw on, including psychology, mathematics, and art, to create amazing apps and programs. Explore why diversity is needed to prevent bias in design. Learn about the different coding languages and what they are used for, how developers choose a language, and tools that simplify coding. Jennifer Connor-Smith breaks down stereotypes about coding as a career that is open only to technology-obsessed gamers, revealing ways people use software to improve medical care, nurture dementia patients, promote social justice, and more. Hands-on activities show you how easy it is to learn to think like a coder. The next generation of coders will require diverse teams, creativity, and ethical codes of conduct to create the best and most successful software. Will you be one of them?
Using the action-packed world of sports, this book teaches young readers fundamental coding concepts without using a computer. Learn all about bugs and errors, how to fix them, and how to start seeing them everywhere—especially in sports! Paper and pencil activities give readers real-world understanding of coding concepts.
Which brilliant men and women have made ground-breaking scientific discoveries over the centuries? This series tracks the great scientific minds from all over the world - from the earliest geniuses who lived thousands of years ago to modern scientists who are advancing knowledge beyond our universe.
Math is everywhere - in nature, in machines, in space and even in us! At first, it might not be obvious but this cross-curricular series leads young readers all around our mathematical world. Using a topic-based approach each title explores and explains how math can be found in almost everything we do.
Math is everywhere - in nature, in machines, in space and even in us! At first, it might not be obvious but this cross-curricular series leads young readers all around our mathematical world. Using a topic-based approach each title explores and explains how math can be found in almost everything we do.
Math is everywhere - in nature, in machines, in space and even in us! At first, it might not be obvious but this cross-curricular series leads young readers all around our mathematical world. Using a topic-based approach each title explores and explains how math can be found in almost everything we do.
Math is everywhere - in nature, in machines, in space and even in us! At first, it might not be obvious but this cross-curricular series leads young readers all around our mathematical world. Using a topic-based approach each title explores and explains how math can be found in almost everything we do.
Math is everywhere - in nature, in machines, in space and even in us! At first, it might not be obvious but this cross-curricular series leads young readers all around our mathematical world. Using a topic-based approach each title explores and explains how math can be found in almost everything we do.
Math is everywhere - in nature, in machines, in space and even in us! At first, it might not be obvious but this cross-curricular series leads young readers all around our mathematical world. Using a topic-based approach each title explores and explains how math can be found in almost everything we do.
Math is everywhere - in nature, in machines, in space and even in us! At first, it might not be obvious but this cross-curricular series leads young readers all around our mathematical world. Using a topic-based approach each title explores and explains how math can be found in almost everything we do.
