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Amaze your friends and family with awesome experiments that let you see what happens when you combine materials, mix ingredients, and play with forces. From gooey slime to "exploding" toothpaste, this cool title walks readers through simple, low-preparation and more complex science experiments to get creativity flowing. Step-by-step photos and fact boxes support readers and bring the experiments to life.
Engage readers with simple step-by-step instructions to create slime right in their kitchen. Readers are introduced to basic science concepts such as states of matter, solvents and solutes, and solutions. Additional features include a table of contents, informative sidebars and captions, a phonetic glossary, an index, information about the author, and sources for further research. A kid-friendly science experiment inspires observation and hands-on fun.
How can you unlock your own creativity to help children learn science creatively? How do you bring the world of ‘real science’ into the classroom? Where does science fit in a creative curriculum? This second edition of Teaching Science Creatively has been fully updated to reflect new research, initiatives and developments in the field. It offers innovative starting points to enhance your teaching and highlights curiosity, observation, exploration and enquiry as central components of children’s creative learning in science. Illustrated throughout with examples from the classroom and beyond, the book explores how creative teaching can harness children’s sense of wonder about the world around them. With easily accessible chapters, it offers a comprehensive introduction to the core elements of creative science learning, supporting both teacher and child in developing scientific concepts and skills. The book explores key issues such as: • the links between scientific and creative processes • how to teach creatively, and for creativity • the role of play in early scientific learning • developing scientific understanding through drama (new) • using the outdoors in science • how theories of learning relate to children’s creative development • teaching science topics in innovative and creative ways – games, drama, role play, puppets, mini-safaris and welly walks! Stimulating and accessible, with contemporary and cutting-edge practice at the forefront, Teaching Science Creatively introduces fresh ideas to support and motivate both new and experienced primary teachers. It is an essential purchase for any professional who wishes to incorporate creative approaches to teaching science in their classroom.
Science Journalism: An Introduction gives wide-ranging guidance on producing journalistic content about different areas of scientific research. It provides a step-by-step guide to mastering the practical skills necessary for covering scientific stories and explaining the business behind the industry. Martin W. Angler, an experienced science and technology journalist, covers the main stages involved in getting an article written and published; from choosing an idea, structuring your pitch, researching and interviewing, to writing effectively for magazines, newspapers and online publications. There are chapters dedicated to investigative reporting, handling scientific data and explaining scientific practice and research findings to a non-specialist audience. Coverage in the chapters is supported by reading lists, review questions and practical exercises. The book also includes extensive interviews with established science journalists, scholars and scientists that provide tips on building a career in science journalism, address what makes a good reporter and discuss the current issues they face professionally. The book concludes by laying out the numerous available routes into science journalism, such as relevant writing programs, fellowships, awards and successful online science magazines. For students of journalism and professional journalists at all levels, this book offers an invaluable overview of contemporary science journalism with an emphasis on professional journalistic practice and success in the digital age.
Teaching your kids science just got better--and tastier!With the awe-inspiring and accessible recipes and projects in Amazing (Mostly) Edible Science, uniting science and cooking has never been easier.Introduce your children to the wonders of science by creating projects and experiments in your very own kitchen. Entertaining to make and spectacular to behold, not only will your child learn important scientific principles about the chemistry of cooking, but they can even enjoy the delicious final product. Almost everything made in this book is edible. Learn and appreciate projects like classic exploding volcano cakes, glow-in-the-dark Jell-O, singing cakes, and bouncy eggs. Food expert Andrew Schloss provides you and your kids with practical and humorous projects that include step by step instructions, illustrated with fun full-color photos sure to appeal to kids of all ages.* All recipes/projects in this book are non-toxic and safe for consumption; some just to taste (slime, ectoplasm) and many you will love, such as molten chocolate cupcakes, disappearing peppermint pillows, and amber maple syrup crystals! Each project contains a "How did that happen?" section which explains the science behind the fun. Amazing (Mostly) Edible Science is an AAAS/Subaru SB&F Prize for Excellence in Science Books Finalist. The AAAS/Subaru SB&F Prize for Excellence in Science Books celebrates outstanding science writing and illustration for children and young adults.
Through a refreshing blend of theory and practice this book provides stimulating material to develop creative approaches to science in the classroom. It includes: a range of teaching approaches that relate directly to the topic under discussion examples of pupils' work that portray how theory can be translated into practice quick off-the-shelf example model lesson plans which can be adapted. User-friendly and clearly laid out this book is a core text for primary teachers, NQTs and students who want to inject some creativity into their teaching and put that "WOW" factor back into their science lessons.
Fascinating facts about America’s most popular natural landmarks provide the backbone for this fun-filled collection of activities that replicate the organic processes that formed them. Interspersed with history, factoids, and sidebars, this engaging reference explores scientific concepts, such as the formation of coral reefs and the cause of volcanic eruptions. Each monument—from the Lava Beds to the Petrified Forest—is showcased in a graphic multipage spread and is followed by hands-on experiments, allowing children to make their own stalactites and discover how a river can erode rock into a canyon. Expressing true appreciation for the United States' natural wonders, this comprehensive guide clearly illustrates their formation, from glittering caves to giant trees.
This highly-readable book addresses how to teach effective communication in science. The first part of the book provides accessible context and theory about communicating science well, and is written by experts. The second part focuses on the practice of teaching communication in science, with ‘nuts and bolts’ lesson plans direct from the pens of practitioners. The book includes over 50 practice chapters, each focusing on one or more short teaching activities to target a specific aspect of communication, such as writing, speaking and listening. Implementing the activities is made easy with class run sheets, tips and tricks for instructors, signposts to related exercises and theory chapters, and further resources. Theory chapters help build instructor confidence and knowledge on the topic of communicating science. The teaching exercises can be used with science students at all levels of education in any discipline and curriculum – the only limitation is a wish to learn to communicate better! Targeted at science faculty members, this book aims to improve and enrich communication teaching within the science curriculum, so that science graduates can communicate better as professionals in their discipline and future workplace.
Are you striving to establish a more creative and imaginative classroom? Are you interested in: the generosity of creativity; creative conjecture; being an advocate for creativity; welcoming the unexpected, the unpredictable and the unconventional; taking risks; learning which leads to new or original thinking which is of value? If so, this completely updated new edition of a classic text will show you how to achieve these ideals. The book is written in a clear and practical way by leading researchers and practitioners, offering help and advice on the planning and implementation of effective creative teaching and learning, and providing examples of best practice through a rigorous theoretical rationale. A hallmark of the book is its exploration of creativity through curriculum subjects. It builds on this in its first and last chapters by addressing key cross-curricular themes that thread their way throughout the book. Throughout there is an emphasis on critical and reflective practice. New to this edition are: three entirely new chapters on drama, music and geography; an update of the introduction to account for advances in creativity research, policy and practice; a new final chapter identifying cross-curricular themes; greater attention to international dimensions and examples. In this second edition the authors are drawn from six universities which between them produce some of the best education research internationally, and some of the best teacher education. The authors also come from leading national and international organisations such as the National Gallery in London and the Geographical Association. Creaivity for the Primary Curriculum is a core text for both training and practicing Primary teachers who wish to maintain high standards when approaching their teaching.
For many children much of the time their experience in classrooms can be rather dull, and yet the world the school is supposed to initiate children into is full of wonder. This book offers a rich understanding of the nature and roles of wonder in general and provides multiple suggestions for to how to revive wonder in adults (teachers and curriculum makers) and how to keep it alive in children. Its aim is to show that adequate education needs to take seriously the task of evoking wonder about the content of the curriculum and to show how this can routinely be done in everyday classrooms. The authors do not wax flowery; they present strong arguments based on either research or precisely described experience, and demonstrate how this argument can be seen to work itself out in daily practice. The emphasis is not on ways of evoking wonder that might require virtuoso teaching, but rather on how wonder can be evoked about the everyday features of the math or science or social studies curriculum in regular classrooms.