Web-based Student Activities
These student activities represent the diversity of science conducted at the Museum and encourage the development of science inquiry and critical thinking skills. Activities range from elementary through high school. They can be incorporated into classroom lessons or units.
Formation and Evolution of the Earth and Solar System
This Dynamic Planet
An interactive map lets you explore 1,500 volcanoes, 44,000 earthquakes, 170 impact craters, and all the tectonic plates that make up the earth's crust. If a volcano erupts, or the crust trembles, you can find the event on this map. The back of the map would make a great poster for the classroom.
Travel through 4.6 billion years of life's history on Earth and get a sense of the interplay between Earth and life processes.
Human Culture and Diversity
Students can examine 3D renderings of skulls from humans and their biological ancestors at this site developed by the University of California at Santa Barbara.
In the Humanity Against Hunger web module, students become volunteers to help solve the severe food shortage faced in Africa. Through the interactive experience, students learn how nitrogen, potassium and phosphorous deficiencies can stunt plant growth in different ways. They also learn how replenishing the land with fertilizer can help farmers achieve higher yields of crops to feed more.
This program brings facts about plant nutrients (N, P and K) to life through a series of advanced interactive activities and a game show. Ideal for science classes grades 5 — 8, the program keeps students' attention with fast-paced movement and easy-to-understand material.
If students think soil science is boring, they should try this! The program contains three online games, lessons and facts to teach your students, grades K through 5, the importance of N, P and K. Best of all, the fun, comic format is guaranteed to capture both their attention and imagination.
Discovering and Understanding Life's Diversity
This web-based tool is designed for students to take on the persona of a local resident, a hotel manager, or a tourist. In these roles, they weigh the interdependence between the economic and social impact of human activity and the biological needs of a coral reef and its conservation.
North American Mammals
There is a web page for every species on the continent with great images of mammals, audio recordings, range maps, scientific illustrations, a glossary, and an interactive map that lets students create field guides for anywhere in Canada, the U.S.A. and Mexico. Mammals are searchable by location, by name, and family tree. Special information on conservation of endangered species is also provided.
Mammal Family Reunion Designed for ages 11 and up, the Mammal Family Reunion interactive website allows students to explore questions about mammals.
Life of a Vertebrate
In this interactive, students follow a field team's experience as they discover, excavate, transport, study, and display a vertebrate fossil.
In this online exhibit, students can explore 3D models of specimens from the Museum’s collections and learn more about how fossils are discovered, unearthed, and preserved.
Virtual Dinosaur Dig In this interactive simulation, students can find and excavate a specimen and learn about its anatomy, where it lived, what it ate, and how large it was. They can also see a recreation of what the specimen might have looked like with skin and muscle tissue.
Tree of Life Interactive The Tree of Life is an interactive phylogeny that represents the evolutionary history of vertebrates. Students can see at which different species evolved in history and learn about species that exemplify important branches of the vertebrate evolutionary tree.
The Museum produced the 3D IMAX Film Galapagos, starring fishes curator Carole Baldwin. Students can explore the film’s website, including new species found in the Galapagos, a Q&A with Carole, and her personal journal and photo log.
Students can search the database to conduct virtual research on the Museum’s collections to make their own comparisons, using information and photos of the specimens in the collections.
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