Many teachers are trained to approach their work with a set of teaching strategies and lessons that changes little over time. Because they are focused on how they teach, rather than on how their students learn, they use the same techniques day after day, making no adjustments for students' different learning needs. In Learning-Driven Schools: A Practical Guide for Teachers and Principals , Barry Beers shows how teachers can plan, teach, and assess for student learning–and how principals can support teachers in their efforts. The book includes * An overview of the research on knowledge retention;* Real-life samples of lesson plans that address state and local standards;* Strategies on accurately assessing student learning;* Advice for teachers on addressing the needs of struggling, intermediate, and advanced students at the same time; and* Advice for administrators on conducting effective classroom observations. A rallying cry and how-to guide rolled into one, this book is an invaluable resource for anyone passionate about learning. Having served as a veteran teacher and principal himself, Barry Beers brings his own experience and understanding to bear on the essential task of ensuring that student learning remains the clear focus of our schools.
Learn about best practices in elementary science, from curriculum planning and ongoing assessment to student motivation and professional development for teachers.
The story of the civil rights movement. The characteristics of Japanese art and culture. The importance of innovation. The history of your community. No matter the subject area or the grade level, a school museum project can improve learning and teaching. Unlike science fairs or art shows, which highlight the work of individuals, school museums are collaborative, multifaceted projects that build understanding. As students engage in meaningful work and deepen their knowledge of a specific topic, teachers gain insight into best instructional practices. Through photographs and classroom examples, former curriculum director, teacher, and museum educator Linda D'Acquisto shows how school museums inspire students' curiosity and creativity; encourage responsibility and teamwork; and strengthen writing, communication, research, and problem-solving skills. You will learn the process for developing your own exhibition, including strategies for * incorporating academic content standards* assessing learning and understanding* guiding research, writing, and design* promoting partnerships among students, colleagues, parents, and the community* using the completed museum as a teaching tool With its step-by-step approach and practical resources, Learning on Display will help you transform your curriculum into motivating museum projects that make class work rigorous, memorable, and fun. Note: This product listing is for the reflowable (ePub) version of the book.
Have you ever wondered why students too often have only a rudimentary understanding of mathematics, why even rich and exciting hands-on learning does not always result in «real» learning of new concepts? The answer lies in whether students have actually learned mathematical concepts, rather than merely memorizing facts and formulas. Concept-Rich Mathematics Instruction is based on the constructivist view that concepts are not simply facts to be memorized and later recalled, but rather knowledge that learners develop through an active process of adapting to new experiences. The teacher's role is critical in this process. When teachers prompt students to reflect on their experiences and report and answer questions verbally, students must re-examine and even revise their concepts of reality. Meir Ben-Hur offers expert guidance on all aspects of Concept-Rich Mathematics Instruction, including * Identifying the core concepts of the mathematics curriculum.* Planning instructional sequences that build upon concepts that students already understand.* Designing learning experiences that provoke thoughtful discussions about new concepts and prepare students to apply these concepts on their own.* Identifying student errors, particularly those caused by preconceptions, as important sources of information and as key instructional tools.* Conducting classroom dialogues that are rich in alternative representations.* Using a variety of formative assessment methods to reveal the state of students' learning.* Incorporating problem-solving activities that provoke cognitive dissonance and enhance students' cognitive competence. Concept-Rich Mathematics Instruction is grounded in the belief that all students can learn to think mathematically and solve challenging problems. If you're looking for a powerful way to improve students' performance in mathematics and move closer to fulfilling the NCTM standards, look no further: this approach provides the building blocks for constructing a first-class mathematics program. Note: This product listing is for the reflowable (ePub) version of the book.
Using national and state standards to guide your math program is just a start. You still have to decide how to apply the standards in your curriculum, determine when students should learn different content, and decide which programs and textbooks will help you make math come alive in the classroom. That's where this new ASCD resource comes in. Priorities in Practice: The Essentials of Mathematics K-6 explores how educators–from classroom teachers to central office administrators–are tackling these major challenges in math education: * Emphasizing algebraic thinking, problem solving, and communication*Relying on research to guide the implementation of new teaching practices* Connecting math activities to larger purposes and everyday experiences* Differentiating instruction based on students' learning styles, interests, and readiness levels* Helping teachers use classroom assessment to guide instruction* Improving math teaching practices through teacher professional development and analysis of student work. Whether you're working with an established math curriculum or rethinking your whole approach, here's an opportunity to see where your program stands in the context of current trends. This is the first volume in a new series from ASCD that explores tested methods of teaching and administrating curriculum in the major content areas. Note: This product listing is for the reflowable (ePub) version of the book.
Traditional methods of supervision and evaluation focus on teachers' inputs: their lesson plans, instruction, and classroom management practices. But what matters most is the outcome they achieve: learning . This book introduces Performance-Based Supervision and Evaluation (PBSE), a data-driven and teacher-directed approach proven to build educators' analytical and instructional capacity to address the learning needs of their students. It's a move away from disconnected annual goals and outside-in improvement initiatives, and toward the full integration of teacher evaluation, strategic professional development, and school improvement planning. Supervision for Learning is an important resource for school leaders looking to * Honor the judgment of teachers while targeting student performance in areas of essential knowledge and skills articulated in standards;* Empower all teachers to use performance data as the basis for instructional decisions and monitor the effectiveness of these decisions through action research;* Develop meaningful collaborative relationships with and among teachers; and* Acquire authentic evidence of teacher and student growth. Authors James M. Aseltine, Judith O. Faryniarz, and Anthony J. Rigazio-DiGilio explain the best-practice foundations of their approach and provide guidelines for its implementation. Sample artifacts and illustrative vignettes bring the PBSE process to life, clarifying the supervisor's role, the teachers' responsibilities, and the students' gains. You'll also find a planning and monitoring tool that maps milestones within the development and evaluation cycle, along with strategies for reconciling this approach with district reporting requirements and budget realities. Note: This product listing is for the reflowable (ePub) version of the book.
“We can’t do that in our school district.” “I don’t have time to add that to my curriculum.” “We’re fighting against impossible odds with these students.”
Effective school leadership does not have to be a losing battle. In The Learning Leader: How to Focus School Improvement for Better Results, Douglas B. Reeves helps leadership teams go beyond excuses to capitalize on their strengths and reduce their weaknesses. He introduces the Leadership for Learning Framework, which challenges readers to consider that student achievement is more than a set of test scores. Reeves asserts that when leaders focus exclusively on results, they fail to measure and understand the importance of their own actions. Instead, he encourages leaders to use the Leadership for Learning Framework to look deeper into their results. The framework helps leaders distinguish between “Lucky” educators, who achieve high results but don’t understand their actions, and “Leading” educators, who achieve high results and understand how their actions influence their success. From conducting strategic planning to evaluating projects to organizing leadership teams, The Learning Leader will help leaders reconceptualize their leadership role and motivate their colleagues. Reeves urges teachers and administrators to become more efficient and focused leaders, but most important, he charges them to be better educators for their students.
What makes mathematics so confusing to students? To succeed in the study of arithmetic, geometry, or algebra, students must learn what is effectively a second language of mathematical terms and symbols. In Literacy Strategies for Improving Mathematics Instruction , Joan M. Kenney and her coauthors describe common ways in which students misinterpret the language of mathematics, and show teachers what they can do to ensure that their students become fluent in that language. The authors synthesize the research on what it takes to decode mathematical text, explain how teachers can use guided discourse and graphic representations to help students develop mathematical literacy skills, offer guidance on using action research to enhance mathematics instruction, and discuss the importance of student-centered learning and concept-building skills in the classroom. Real-life vignettes of student struggles illuminate the profound effect of literacy problems on student achievement in mathematics. This book will help teachers better understand their students' difficulties with mathematics and take the steps necessary to alleviate them. Abundantly researched and filled with helpful strategies and resources, it is an invaluable resource for mathematics teachers at all levels. Note: This product listing is for the reflowable (ePub) version of the book.
During the technology boom of the 1980s and 1990s, computers seemed set to revolutionize education. Do any of these promises sound familiar? * Technology would help all students learn better, thanks to multimedia programs capable of adapting to individual needs, learning styles, and skill levels.* Technology would transform the teacher's role from a purveyor of a one-size-fits-all curriculum to a facilitator of student exploration.* Technology would replace static textbooks with dynamic, interactive learning resources that were always up-to-date.* Technology would boost test scores, as engaged and motivated students acquired advanced skills, problem-solving abilities, and a growing thirst for knowledge. By 2001, educational materials developer William D. Pflaum had begun to suspect that technology was not the all-purpose solution it had seemed. He decided to see how computers were really being used in U.S. classrooms and embarked on a yearlong road trip to a cross-section of elementary, middle, and high schools throughout the nation. In this book, he recounts his journey. Although he did find technology application to admire, too often he found broken promises: millions spent for little measurable gain, problems instead of solutions, a fix instead of a fix. This inside look at computer use in our schools shares the voices, experiences, triumphs, and frustrations of educators and students in urban, rural, and suburban settings. The author provides insight into the key roles that computers currently play in the classroom and clarifies what we must do ensure that the promise of technology is fulfilled . . . and that students truly benefit. Note: This product listing is for the reflowable (ePub) version of the book.
What are the First Amendment rights? How do you resolve questions about the rights of students, educators, and parents in a school setting? The First Amendment to the U.S. Constitution protects the most basic and cherished rights of society–religion, speech, press, petition, and assembly. Anyone who wants to know more about those freedoms in the context of schools will find The First Amendment in Schools a rich resource for study and application. The book includes * An explanation of the origins of the First Amendment* A concise, chronological history of 50 legal cases, including many landmark decisions, involving the First Amendment in public schools* Answers to frequently asked questions about the practice of the First Amendment in schools, covering specific issues of religious liberty, free speech, and press as they affect school prayer, use of school facilities, dress and speech codes, student press, book selection, and curriculum* General information on First Amendment expression and practice in schools* Information on more than 60 educational and advocacy programs and organizations for First Amendment resources* A profile of First Amendment Schools This book provides a civic and legal framework for giving all members of the school community–students, parents, teachers, administrators, and community members–a real voice in shaping the life of the school. Note: This product listing is for the reflowable (ePub) version of the book.