150 pages · 2025
The Explore-Before-Explain Guidebook for Science Education
Creating High Quality Lessons for the Classroom and Professional Learning
By Patrick Brown
- Published
- June 30, 2025
- Imprint
- Routledge
- Edition
- 1st Edition
- ISBN
- 9781003586166
Overview
About this book
This guidebook uses an Explore-before-Explain instructional sequence to help you facilitate the design of active meaning-making lessons in science.
Author Pat Brown models and breaks down how an Explore-before-Explain approach ensures students' conceptual understandings are constructed primarily on evidence-based experiences in the classroom. From prompting students to ponder patterns, helping them identify cause-and-effect relationships, to focusing on development of their thinking rather than validating ideas, you can use Explore-before-Explain instruction to help your students feel confident in their thinking and become more self-directed learners. Chapters focus on developing your students' conceptual science understanding through the investigation of natural occurrences. Content and module examples are provided, as well as attention to contemporary standards and safety in science. Rather than acting as a prescriptive program, however, this book adds another element to your curriculum design, showing how lessons can and should include critical elements of active sensemaking when designing an Explore-before-Explain sequence. In addition, the author shows the benefits of bringing Explore-before-Explain outside the classroom to create high-quality professional and curriculum-based learning.
This resource is ideal for K-12 science teachers, as well as building administrators who are looking for a practice-oriented and research-based approach for their science curriculum. As a classroom educator, you can use these strategies for leveraging research into hands-on, minds-on activities to promote more robust and equitable learning environments. For leaders, this resource can be used to develop professional learning experiences for sustained departmental improvement.
Subjects
Education, K-12 Resources
Inside the book
Table of contents
Select a chapter to read its abstract.
ChapterExploring Active Meaning-Making
Pages: 12
This chapter introduces the concept of active meaning-making as a foundation for effective teaching and professional learning. It emphasizes the Explore-Before-Explain instructional sequence, which aligns with cognitive science research to deepen conceptual understanding through evidence-based experiences. The guidebook provides practical strategies and model lessons tailored to the needs of K-12 educators, promoting reflection, collaboration, and instructional coherence to foster equitable and impactful learning environments.
Chapter Module 1What Does Explore-Before-Explain Look Like in Practice?
Pages: 17
This module introduces the Explore-Before-Explain instructional sequence through a thermal energy model lesson. It emphasizes activating students’ prior knowledge, integrating hands-on investigations, and fostering evidence-based claims to deepen conceptual understanding. Teachers learn to connect instructional design to standards and reflect on strategies that promote active meaning-making in diverse classroom settings.
Chapter Module 2Rethinking Learning
Pages: 12
This module explores the science of learning, emphasizing cognitive, developmental, and neuroscience research to inform classroom practices. Teachers examine how activating prior knowledge, scaffolding conceptual ideas, and providing inquiry-based experiences lead to robust, long-lasting understanding. The focus is on creating equitable, learner-centered environments that align with research and promote critical thinking.
Chapter Module 3Exploring Sinking and Floating
Pages: 15
Through hands-on investigations, this module unpacks the science of buoyancy, encouraging students to construct explanations based on data and observable phenomena. Teachers are guided on how to facilitate discussions that build on students’ initial ideas and misconceptions. The instructional design highlights crosscutting concepts and scaffolds learning to support understanding across grade levels.
Chapter Module 4How Can We Make Science Learning Remarkable?
Pages: 4
This module challenges educators to design engaging science lessons that inspire curiosity and active participation. Teachers reflect on strategies to create meaningful learning experiences that connect to students’ lived experiences and foster a love for discovery. By focusing on phenomena-based learning, educators can make science relevant and impactful for all learners.
Chapter Module 5Planning Engaging and Effective Science Lessons
Pages: 17
This module provides a roadmap for designing science lessons that align with standards and emphasize active meaning-making. Teachers learn to bundle lessons into cohesive units, sequence instruction purposefully, and incorporate formative assessments. The goal is to create lessons that are both engaging and effective, fostering deep understanding and student ownership of learning.
Chapter Module 6Exploring Fall Time
Pages: 14
By using an engaging phenomenon, helicopter fly time, this module demonstrates how to leverage students’ curiosity to teach principles of motion and gravity. Teachers explore how inquiry-based investigations can scaffold understanding of complex concepts. The module reinforces the importance of hands-on experiences and formative assessments in building evidence-based claims.
Chapter Module 7Applying Active Meaning-Making and Explore-Before-Explain to Practice
Pages: 25
This module focuses on applying the Explore-Before-Explain approach to real-world teaching contexts. Teachers engage in reflective practices, examine student work, and refine instructional strategies to align with active meaning-making principles. Emphasis is placed on collaboration and iterative improvement to ensure effective implementation.
Chapter Module 8A New Mindset to Teaching
Pages: 4
This module invites educators to examine their beliefs about teaching and learning, exploring the transformative potential of an Explore-Before-Explain mindset. Teachers reflect on their instructional approaches and consider how to integrate active meaning-making into their practice. Practical examples and planning tools help bridge research and classroom application.
Chapter Module 9Leading Change
Pages: 5
This module equips teacher leaders and administrators with strategies to drive instructional change through professional learning and collaboration. It emphasizes the role of collective efficacy, evidence-based practices, and leadership in fostering school-wide improvements. By aligning vision, curriculum, and professional learning, leaders can ensure sustained impact on teaching and learning.
ChapterConclusions
Pages: 4
This chapter concludes the guidebook by emphasizing the transformative power of adopting an Explore-Before-Explain mindset in teaching and professional learning. It highlights the role of reflection, collaboration, and research-based practices in fostering collective teacher efficacy and improving student outcomes. By embracing these strategies, educators can drive meaningful change in science education, shaping a future in which students are engaged in deep, conceptual understanding and curiosity-driven learning.