The Next Generation Science Standards (NGSS) require teachers to think very carefully about the structure of lessons, which content must be taught to allow students to achieve NGSS expectations, and how content is delivered. With the standards' focus on three-dimensional learning and the use of relevant phenomena, most teachers are urged to make…

We are in a period of unknowns unlike any in a generation or more. As educators, we need new pathways and ideas that can help us educate children for the world to come. "Reimagining the Classroom: Creating New Learning Spaces and Connecting with the World" provides practical steps and examples that parents and educators can use to begin…

"Powerful Teaching: Unleash the Science of Learning" empowers educators to harness rigorous research on how students learn and unleash it in their classrooms. In this book, cognitive scientist Pooja K. Agarwal, Ph.D., and veteran K-12 teacher Patrice M. Bain, Ed.S., decipher cognitive science research and illustrate ways to successfully…

While researchers have documented the promise of detracking reform, many teachers still find it difficult to teach students with a wide range of academic skills in one classroom. Through engaging classroom footage and powerful interviews with teachers, students, and administrators, this 80-minute DVD showcases best practices from successful…

The current learning environment is substantially different than what existed for most of the 20th century. Learners and teachers today must navigate in perpetually changing contexts where education is influenced by technological advancement and obsolescence, economic barriers, a changing employment landscape, and even international politics.…

This document is written to encourage college faculty to use a student-centered, activity-related, approach to science instruction. Suggestions are provided for methods that can be used by faculty and administrators to develop alternatives to lecturing. The major sections of this document include the following: (1) Is There an Alternative to…

Defines the changes in the nature of biology during the past 50 years and relates biology to science education. Argues that biology curriculum should focus on human beings and the realities of life and living. (YDS)

Discusses one school's development and implementation of an integrated science course, and shares the insights gained by teachers involved in the restructuring process. (ZWH)

Provides an overview of the problems, unanswered questions, proposed solutions, and reform efforts in science education. (ZWH)

Discusses important tenets of the Scope Sequence and Coordination (SS&C) project and presents the SS&C high school project designed specifically to achieve the National Science Education Standards. Specifies the scope, sequence, and coordination of the natural sciences in grades 9 through 12 in support of general goals taken from the…

Focuses on the curriculum movement. Discusses the educational conditions under which new courses would be developed. Explains the differences between the new science courses and traditional courses. First published in 1962. (YDS)

Describes a curriculum development project that took place in the San Benito Consolidated Independent School District. Explains what a curriculum guide is and provides a six-step approach to developing guides. (PR)

The development of the earth science curriculum in the nation's secondary schools led institutions of higher education to develop diverse methods of structuring new earth science courses and to develop new teaching methods for potential earth science teachers. Although numerous guidelines have been developed by experts, little has been done to…

Describes a school district's refocusing of lesson plans in the natural sciences to teach students about the structure and function of the earth--a focus all but abandoned in many school programs. Details of the curriculum; the resources used; leadership initiatives; and obstacles to implementation are discussed. (PR)

One major concern of science education reformers is deciding what and how much science should be taught. Considers the curricular implications of teaching science to provide students a background for understanding science that has yet to be discovered. (ZWH)