Curated OER
Human VS Animal Skeletons
Students research and compare human and animal skeletons. They identify human skeletons basic functions and parts.
Cool Craniums
Rise to the head of the class. Using mammal skulls, groups of pupils identify aspects of them. The teams make predictions on the classification of mammal the skull belongs to based upon the observations.
Curated OER
Ecology Lessons
Students examine the relationship between animal adaptations, habitats and community interactions. In this ecology lesson plan students complete a skull detective worksheet then use their knowledge to analyze a skull.
American Museum of Natural History
Drawing Dinos
Five steps walk budding artists through the process of drawing a dinosaur. A drawing guide showcases four dinosaurs—stegosaurus, tyrannosaurus rex, triceratops, and allosaurus.
Curated OER
And The Beat Goes On...!
Students explore the circulatory system. They observe a dissection of a heart and view the path that blood takes through the heart and the circulatory system. Students identify the structures and functions of the heart. They write a...
Ask a Biologist
Human Skeleton Anatomy Activity
Young biologists piece together the puzzle of the human body with this simple anatomy worksheet. Presented with a picture of the human skeleton, students are challenged with the task of correctly identifying the 27 bones indicated on the...
Curated OER
Broken Bones
Young scholars listen to a lecture on broken bones. They review the proper first aid techniques and practice setting splints on one another. They observe X-rays and animal bones.
Curated OER
Top 10 Aerospace Lesson Plans
You can use these exciting aerospace lesson plans to supplement nearly any unit in your science curriculum.
Curated OER
Bats
Students model how the bones in a bat wing are organized. They develop questions about bat body parts based on photographs. They hypothesize how bats locate their food.
Curated OER
Superhumans and Bionics: Building Hi-Tech Exoskeletons
Students explore how the body works. Students experiment and participate in activities to compare speed to stride length. Using the data collected, students draw conclusions about the biology of dinosaurs, their speed and stride length.