Learn about the process of writing songs, from brainstorming to writing to rehearsing from children's author and songwriting coach Mary Amato. Listen in to science-themed songs written by first graders, and find out what parents can do at home to encourage songwriting and an ear for the elements of a song.

It’s a great time for children’s nonfiction! In recent years, these books have evolved into five distinct categories. Learn more about the characteristics of traditional nonfiction, browse-able nonfiction, narrative nonfiction, expository literature, and active nonfiction.

Children's magazines are a wonderful supplement to classroom instruction. Students are exposed to a wide variety of texts and lots of interactive content. From stories, poems, and action rhymes to nonfiction, crafts, puzzles, and games, kids’ magazines can offer an abundance of high-interest content to support your curriculum.

A veteran teacher describes how she used visualization, Google images, video, and Skype to build background knowledge and enrich her students' classroom read aloud of a fiction book about ospreys.

Reading Rockets has developed a set of reading adventure packs to encourage hands-on fun and learning centered around paired fiction and nonfiction books.

The new focus on STEM (Science, Technology, Engineering and Math) includes efforts to get kids involved in computer programming. Coding builds logical thinking and problem-solving skills. It's also creative and collaborative! Find out how you can introduce your child to the basic concepts of programming.

Concepts of print need to be expanded to include graphics, with instruction in how to read and analyze graphical devices such as diagrams, timelines, and tables. Learn more about how to teach young students to read and understand visual information.

April 22nd is Earth Day, an annual celebration dedicated to environmental awareness. Discover five ways you and your family can participate in Earth Day while also practicing reading and writing skills.

Discover ways to support literacy skills such as predicting, inference, cause and effect, and categorizing, as well as build STEM vocabulary and background knowledge, at home and in the classroom.

Nonfiction books give kids a chance to learn new concepts and vocabulary, as well as broaden their view of the world. Learn how to take a "book walk" with a new nonfiction book and how to model active reading.

Our interconnected and digital world demands a lot of our learners. Here are five simple ways to help build your child's critical thinking and problem-solving skills.

Children's author and historian Marc Aronson discusses the importance of reading nonfiction in developing critical thinking skills.

Calendars help young children learn the basics of the days of the week and the months of the year. Your family calendar offers opportunities for other learning as well, including vocabulary, sequencing, and math.

Science fiction is a type of fiction where the stories revolve around science and technology of the future. As exciting as these books can be, it's good to remind your child that while science fiction may be based loosely on scientific truth, it is still fiction.

Creativity is an important characteristic to foster in your child. Fostering a creative spirit will give your child experience identifying a problem and coming up with new ideas for solving it. Here are four ways to encourage creativity in your young child.

Explore two ways you can help your child begin to develop information literacy: learning to tell the difference between fact and opinion, and figuring out if a source of information is reliable.

Science learning involves lots of new vocabulary words. Focusing on root words, prefixes and suffixes can help your child learn new science words more quickly and become a word detective!

Many kids love to read about science and nature as well as real people, places, and events. Nonfiction books present information in engaging and interesting ways. Find out how you can help your child learn to navigate all the parts of a nonfiction book — from the table of contents to the diagrams, captions, glossary, and index.

Almost every week there is a news story about a new finding or discovery in science. These news stories are one of the exciting steps in the science world: sharing what you find! Helping kids share their own scientific findings will make them feel like part of the scientific community.

Real-life scientists use charts and graphs as a way to organize and understand the information they have gathered. Young scientists can do the same! These activities will help you and your child create simple bar charts together, learn the vocabulary of graphing, and have fun building graphs using real objects.

Inferences are what we figure out based on an experience. Helping your child understand when information is implied (or not directly stated) will improve her skill in drawing conclusions and making inferences. These skills will be needed for all sorts of school assignments, including reading, science and social studies.

Discover some simple hands-on activities and games that can be done at home or in the backyard to help your child develop a deeper understanding of cause and effect — and strengthen reading comprehension and scientific inquiry skills.

Helping children understand the concept of sequence develops both literacy and scientific inquiry skills. Here are a few simple activities that families can do together to give kids opportunities to observe, record, and think about sequencing.

Media-rich and interactive websites can play an essential role in science instruction. They can encourage students to think critically, by providing tools for modeling, visualization, and simulation tools; discussion and scaffolding; and data collection and analysis.

Using students' questions as a basis for investigations in science education is an effective teaching strategy. Not only do students pose questions they would like answered, but they are asked to find ways to answer them. This article also recommends nonfiction science books that use a question and answer format to find information and model how to communicate what you know.

Keeping a science notebook encourages students to record and reflect on inquiry-based observations, activities, investigations, and experiments. Science notebooks are also an excellent way for students to communicate their understanding of science concepts, and for teachers to provide students with feedback.

When students practice observing in science, they use their senses to collect information about objects and events related to a question, topic, or problem to solve in science. Learn some strategies to help students organize and analyze their data through presentations, sharing, and discussion.

By reading and writing about the lives of real scientists, students can learn more about the nature and history of science and how important scientific discoveries were made. Students may also begin to see themselves as scientists by trying on scientists' lives for size.

When fiction and nonfiction books are integrated into the teaching of a content area such as science, graphic organizers are useful for organizing information and enabling students to classify observations and facts, comprehend the relationships among phenomenon, draw conclusions, develop explanations, and generalize scientific concepts.

Inquiry-based, discovery-focused science instruction is widely viewed as best practice today. Students learn science best when it is integrated with other areas of the curriculum such as reading, language arts, and mathematics. This includes reading textbooks, newspapers, magazines, online information, and children's and young adult literature, both fiction and nonfiction.

Children begin using their senses to recognize patterns and categorize things at a young age — skills that play an important role in early learning. This tip sheet provides some simple activities, as well as recommended books, that parents can use to help their kids build pattern recognition and categorization skills in science and math.

Timelines are graphic representations of the chronology of events in time. While they are often used as a way to display information in visual form in textbooks as an alternative to written narrative, students can also become more actively engaged in learning the sequence of events in history by constructing timelines themselves.

Young kids love technology, gadgets, and nature! While parents may be looking for ways to reduce screen time for their kids, here are a few helpful suggestions for integrating simple technology and books into your outdoor adventures in a fun and educational way.

This study of first and second graders looked at teacher-led read alouds as a way to introduce science concepts. Results suggest that multiple exposures to a related concept across different stories gave students more time to build a mental representation of important ideas. This evidence suggests that moving beyond a single text as a source for building students' understanding is an important instructional approach.

Science and math explorations give your growing reader a chance to strengthen observation and writing skills by keeping a special journal to fill with sketches, notes, and graphs. Try these ideas to get your child started.

Teachers often find it difficult to integrate writing and mathematics while honoring the integrity of both disciplines. In this article, the authors present two levels of integration that teachers may use as a starting point. The first level, writing without revision, can be worked into mathematics instruction quickly and readily. The second level, writing with revision, may take more time but enables teachers to connect the writing process more fully with mathematics instruction. Six examples are provided, including student work, in which teachers have successfully attended to the goals of both writing and mathematics.

Hands-on measurement activities are fun to explore with children. Introduce your young learner to these interesting new vocabulary words and knowledge, and help your child develop an early love of measuring everything in sight!

Scientists, just like readers, make predictions all the time. Help your child begin to see the connection between what she does as a reader and what she can do as a scientist. Here are two simple ways you can encourage your child to put her prediction skills to work as a scientist.

Many of the "tools" needed for science, math, and engineering exploration are right inside your home! Here are five ideas for putting everyday tools to work for some everyday fun:

One way parents can help children become interested in science is by explaining the scientific process. The scientific process is the way scientists go about asking and answering scientific questions by making observations and doing experiments. It starts with asking a question.

Stepping outside is a simple way to set foot into nature's laboratory. Backyards and neighborhood walks can lead to interesting conversations, new vocabulary words, observations, predictions, and investigations. Try these fun outdoor exploration activities to nurture the budding scientist or mathematician in your home!

The framework provided in this article for viewing students' science writing offers teachers the opportunity to assess and support scientific language acquisition.

Summer's temperatures often send kids and parents inside to cooler air. Here are a few tips to make the most of those hot afternoons with some literacy and math fun using only your newspaper, computer, or other household items.

In an increasingly complex world, all students need to be scientifically literate. While some students may go on to pursue advanced careers in the sciences, basic scientific literacy is critical for all students.

Science learning often involves creating abstract representations and models of processes that we are unable to observe with the naked eye. Learn more about visualizing, representing, and modeling to aid struggling learners.

Knowing how to engage in signature scientific acts, such as formulating questions and using evidence in arguments is an important part of science learning. This InfoBrief from the National Center for Technology Innovation offers more information about using technology to support struggling students.

To be scientifically literate, students must be able to express themselves appropriately. Learn how to help struggling students master specific vocabulary and be able to use it in their science writing activities.

The type of physical tasks often present in many science lessons can present significant barriers for many students with learning disabilities or physical impairments. How can teachers find ways for these students to participate?

This study describes a second-grade science curriculum designed to individualize student instruction so that students, regardless of initial science and literacy skills, gain science knowledge and reading skills. The instruction incorporates flexible, homogeneous, literacy skills-based grouping, use of leveled science text, and explicit use of discussion and comprehension strategies.

Children's nonfiction picture books is a genre that is exploding in both quality and quantity. Recent nonfiction books reveal an emphasis on the visual, an emphasis on accuracy, and an engaging writing style. Suggestions are included for choosing and using nonfiction picture books in the classroom.

By providing an environment rich in language and where thinking is encouraged, you can help your preschooler develop important numeracy and literacy skills. Here are four everyday examples of ways to integrate language and math.

Day trips, vacations and special outings create special memories and great learning opportunities for families. Here are a few "stops" to make before your visit to help your child get the most out of a family or school educational experience.

A simple trip to the grocery store can turn into a real learning experience for your preschooler. Below are some easy ways to build literacy and math skills while getting your shopping done at the same time!

A simple trip to the grocery store can turn into a real learning experience for your child. Below are some easy ways to build literacy and math skills while getting your shopping done at the same time!

Language plays an important part in math instruction, particularly for ELLs. This article offers some strategies for making language an integral part of math instruction, and for ensuring that ELLs have the tools and language they need to master mathematical concepts, procedures, and skills.

What is Concept-Oriented Reading Instruction (CORI) and how does it work? Find out more about CORI and how it helps children's comprehension and motivation through science inquiry.

Young children are naturally curious. Early childhood educators and parents can build on children's questions, eagerness, and enthusiasm to help them learn science.

Exposing children to a variety of informational text will stimulate development of background knowledge, vocabulary, and comprehension skills. In this article, take an imaginary trip to a children's museum and learn how to choose quality, high-interest informational books for young readers.

Children are full of questions about the world around them, and summer is a perfect time to tap into your child's interests. Here are some ways to start a journey of discovery together.

Every time you pair a book with an experience, you are giving your child an opportunity to learn more about their world. Below are some suggestions for books and corresponding activities to extend your child's reading experiences.

Interesting experiences give kids a broader framework for new information they might encounter in books, and when kids have lots of experiences to draw on, they have a better chance of making a connection with what they read! Help your child build background knowledge this summer with these activities.

Concept-Oriented Reading Instruction (CORI) teaches children reading comprehension through the integration of science and reading. Learn more about how CORI aims enhances students' reading engagement in order to increase reading ability.

Less is known about the components of effective mathematics instruction than about the components of effective reading instruction, because research in math is less extensive than in reading.