Learning and teaching scientific investigation research and applications authored by Jim Gardesh authored by Crystal Broxfort

Learning and teaching scientific inquiry research and applications Authored by Jim Gard Authored by Crystal Brooks Over the past twenty years, inquiry-based sciences have become the most accepted and unrivaled model in teaching science for grades from kindergarten to 12 in the United States of America, where it has gained acceptance among most science teachers, and many of them consider it a central field for many reference materials and sources. Currently, most specialists in science education and science teachers (if not all) emphasize their practice of inquiry and praise its advantages. So why is another book about teaching science through inquiry being published? Has everything related to it been discussed? We have several motives for writing about teaching science through inquiry. The first relates to traditional assumptions about what scientific inquiry represents and means. The increasing number of researchers in science education who believe that the prevailing way of defining scientific inquiry—focusing on scientists' activities—is wrong, and this incorrect focus is evident in classroom practices that do not give an accurate picture of science. Therefore, we aim to break what is familiar here and choose a different approach and perspective, by arguing that scientific inquiry is better understood through the primary goal of scientists, which is developing scientific models. This shift in our understanding of scientific inquiry—from a definition based on what scientists do to what they aim to achieve—has significant effects on how teachers present inquiry-based science and teach it. Hence, the first section of this book is dedicated to describing how to create models in science, and how the pursuit of scientific models can be used to define inquiry in classrooms. Secondly, while the scientific education community has been working to better understand how to teach science, researchers in cognitive psychology are also engaged in studies exploring how children learn to reason scientifically. Unfortunately, we find that science educators and cognitive psychologists publish their research in separate journals, have separate conferences, and as a result, most teachers and many science education researchers are largely unaware of the contributions of cognitive psychologists and their latest research related to effective methods of teaching scientific inquiry or inquiry-based science. Moreover, many concepts and ideas in cognitive psychology—such as cognitive load, confirmation bias, and skill transfer—offer invaluable insights into how students learn and how to teach such concepts and ideas that we often overlook in classrooms. We believe these findings compel us to share them more broadly, especially with teachers dedicated to teaching science through inquiry. Accordingly, the reader will find a collection of cognitive psychology concepts related to scientific inquiry throughout all sections of the book. Finally, we chose to place greater emphasis on practical applications for teachers to use in their classrooms and guide their teaching. To achieve this, we included many field-tested samples and problems that we have tested in practice for over 10 years with in-service teachers, pre-service teachers, and students from kindergarten to eighth grade. The important research results have been translated into practical teaching scenarios suitable for these grades, and each chapter of the book includes models of these problems aligned with scientific inquiry. We hope this book will help teachers who wish to develop their skills and confidence in teaching science through inquiry, and expand their resource pool during lesson planning.