A series of lessons exploring genetics and protein synthesis through the lens of spider silk production for medical use. Adapted for 3rd-grade reading levels while maintaining 6th-grade science concepts.

A 4th-grade science unit adapted from 6th-grade material, focusing on how gene versions and proteins determine traits in spiders and humans. Students act as 'Gene Detectives' to solve the mystery of silk flexibility and running ability.

A comprehensive unit exploring inherited traits, talents, and character analysis through the lens of Kamal's story. Students will distinguish between genetic traits and learned talents, analyze character motivations, and document their own unique 'code'.

A comprehensive project-based unit where students explore the vital role of pollinators, research local species, and design solutions to protect their habitats.

A comprehensive unit exploring the fundamentals of electricity, magnetism, and how they combine in circuits, focusing on energy transformations and hands-on visuals.

A comprehensive 5-lesson unit for 4th graders exploring the properties of light energy, including how it travels, reflects, refracts, and interacts with different materials.

A comprehensive 4th-grade earth science unit aligned with the TERC Earth Materials investigation, focusing on the properties of minerals, types of rocks, the rock cycle, and soil composition through a "Geology Field Lab" lens.

A collection of science and phonics resources designed for hands-on classroom activities.

A lesson sequence focused on the scientific method, using a mystery box activity to practice observation, hypothesis formation, and experimentation. Students explore the historical roots of the method and apply it to solve physical puzzles.

A lesson sequence exploring the science of involuntary reflexes and reaction time through hands-on lab experiments and interactive discussions. Students learn to distinguish between voluntary and involuntary actions using the body's natural response systems.

A primary science unit exploring animal body coverings, focusing on the differences between shedding and growing scales in reptiles and fish.

A foundational science unit for early elementary students exploring the concepts of energy, force, and gravity through hands-on investigation and real-world observation.

A lesson sequence for K-2 students focusing on scientific inquiry, making predictions, and using tools to measure and compare mass. Students learn to distinguish between mass (how heavy) and volume (how big) through hands-on experiments.

A deep dive into marine biology and animal physiology, focusing on the unique adaptations that allow aquatic life to thrive in diverse environments.

An introductory unit exploring invertebrate biology, focusing on classification, physical traits, and ecological roles of various animal groups.

A Kindergarten and 1st Grade science unit exploring our neighbor planet, Mars. Students compare Earth and Mars using visual aids, a hands-on sorting activity, and creative drawing to understand planetary similarities and differences.

A 1st-grade science sequence focused on identifying physical properties of materials and understanding the relationship between a material's structure and its function. Students explore real-world examples and use creative problem-solving to explain why specific materials are chosen for objects.

A primary science sequence focused on the fundamental requirements for living things to survive and thrive in their environments.

A hands-on exploration of physics and forces, focusing on gravity, motion, and air resistance through engineering challenges.

A short, engaging unit focused on the unique biological adaptations of bats, specifically their status as the only flying mammals and their specialized wing anatomy. Students explore classification, anatomy, and behavior through hands-on modeling.

A lesson sequence focusing on the differences between renewable and non-renewable energy sources, culminating in a town council role-play debate. Students explore energy transformations and evaluate the environmental and economic impacts of different power sources.