Animal Environments

Whether you are teaching environmental science in junior high or studying recycling in kindergarten, there is something for all in this set of lessons designed for environmental education. The 110-page packet comes with tips for...

Students recognize how animal adaptations help animals survive in their environment.  In this characteristics lesson, students create an original animal that can adapt to a specific habitat. Students create a model of their...

The word camouflage was first found use in English in the 1917 edition of Popular Science magazine. Camouflage, along with many other variations, star in the second video in a four-part series about adaptations. Join the virtual...

Dolphin mothers whose babies have died have been photographed in the wild, holding their young above the water and staying with them for days in what scientists believe is a period of mourning. Viewers explore grief and the mourning...

Using stunning computer imagery, this resource introduces life science learners to cells. It zeros in on the animal cell and the function of its more prominent organelles. Additional support is offered in the form of a self-assessment...

Physical and behavioral adaptations are discussed by two teen girls as monarch butterflies flutter by. They also describe the process of natural selection. With colorful animation and relatable teen language, learners are sure to adapt...

Young biologists match Cuban wildlife to their ecosystems by dragging images of the creatures to either a forest, coral reef, cave, or wetland habitat.

Don't leave your class in the dark about the solar eclipse! Show a short animation of what occurs during a total solar eclipse. The narrator describes each step in simple terms, allowing pupils to gain insight into the event.

Allow your students to review what they learned about animal characteristics with this PowerPoint. This slideshow includes 9 multiple choice questions and an answer key at the end. Tip: You can use this as an assessment by having your...

Scholars compare and contrast the molecular changes for short-term and long term-memory with the help of animated videos. Viewers see the chemical process that changes the brain and stores memories thanks to dopamine.