A convincing explanation of why interactive or movable books should be included in the library collection that documents their value as motivational instructional tools—in all areas of the school curriculum, across many grade levels. Pop-up books possess universal appeal. Everyone from preschoolers to adults loves to see and tactilely experience the beautiful three-dimensional work of Robert Sabuda, David A. Carter, and other pop-up book creators. Sabuda himself was inspired to become a pop-up book artist after experiencing the 1972 classic pop-up The Adventures of Super Pickle. The effect of these movable books on young minds is uniquely powerful. Besides riveting children's attention, pop-up books can also help build motor skills, teach cause and effect, and develop spatial understanding of objects. Based on their direct experience and many presentations to teachers and librarians, the authors have provided template lesson plans with curriculum and standards links for using the best pop-up books currently available in the instructional program of the school. The book also includes profiles of the most notable authors, a history of the format, definitions of terms such as "flap book" and "paper engineer," and information on how to create movable books. Librarians will find the section regarding collection development with the format—how and where to acquire them, proper storage methods—and the annotated listing of the authors' 50 favorite pop-ups extremely helpful.

Take an amazing journey through our universe with this incredible pop-up and pull-out space book. Go with your child on an interactive journey through space with the help of a 3D pop-up solar system scene, pictures, pull-out pages, fun quizzes and masses of fascinating facts.

A comprehensive by-year listing of the Movable Book Society Meggendorfer Awards finalists, honorable mentions and winners, with full-color photographs of books and paper engineers.For twenty years, the Movable Book Society has honored those paper engineers who have designed the most outstanding movable or pop-up trade books. In the spirit of German paper engineer Lothar Meggendorfer (1847-1925), the Meggendorfer Awards represent innovation, ingenuity and unparalleled excellence in movable book creation. This guide is the official history of the award and includes:?Complete listing of all the biennial nominees, honorable mentions and winners?Four categories: best paper engineering for a trade publication, outstanding emerging paper engineer, best artists book, and lifetime achievement?Full-color photographs of prize-winning books and memorable inside spreads?Short bios and photographs of award recipients?Index of more than 100 paper engineers and book artists including Simon Arizpe, Andrew Baron, Marion Bataille, Anouck Boisrobert, David A. Carter, James Roger Diaz, Nicholas Danish, Corina Fletcher, Bruce Foster, Colette Fu, Sam Ita, Yoojin Kim, Ray Marshall, Courtney Watson McCarthy, Kees Moerbeek, David Pelham, Matthew Reinhart, Louis Rigaud, Robert Sabuda, Ken Wilson-Max, Yevgeniya Yeretskaya and Dorothy YulePop-up book lovers, bibliophiles, librarians, parents and young readers will find this guide an essential help in building a complete collection of contemporary, three-dimensional books.

Invent ways to reuse a plastic bag, design your own robot, discover accidental inventions and lots more in this exciting write-in activity book, filled with inventions to brainstorm, puzzles to solve and objects to design. Includes downloadable templates and links to specially selected websites to find out more about famous inventions.

A collection of pop-ups and illustrations based on the personal notebooks and sketches of Leonardo da Vinci. Includes 3-D pop-ups of six of da Vinci's most famous ideas that never took physical form - until now.

In this newly revised and expanded 2nd edition of Picture-Perfect Science Lessons, classroom veterans Karen Ansberry and Emily Morgan, who also coach teachers through nationwide workshops, offer time-crunched elementary educators comprehensive background notes to each chapter, new reading strategies, and show how to combine science and reading in a natural way with classroom-tested lessons in physical science, life science, and Earth and space science.

This book collects selected papers by authors for CODATA 2006, which are relevant to the acquisition of knowledge and the assessment of risk and opportunity that comes from combining data from a number of different disciplines.