This fact sheet from the U.S. Geological Survey shows ore minerals that are sources of mineral commodities used to make cell phones and a map of the countries that produce some of these minerals.
Information, a glossary, and activities on finding, identifying, and extracting mineral resources used in our everyday lives.
This fun 6-minute video from Rio Tinto’s Kennecott Utah Copper tells the story of copper from start to finish, through the mining, processing and end uses of copper, complete with great mathematical analogies for the scale of giant sizes and weights.
Content aimed at grades 4-8, though all ages will enjoy the video. [5:59]
Conduct learning activities all about mining, processing ore, and the properties, chemistry and importance of minerals and their uses. There are 85 lessons in the list, and the table can be sorted by Activity or Grade Level. Note the activities are correlated with older Nevada State Standards. Activities are listed according to grades, K-12, with a good distribution of represented grades.
This eight-page publication has information about the common mineral groups, how a mine is made, mineral exploration, concentrating, smelting and refining, and related simple activities.
11″ x 17″ two-color newspaper-format
Suggested Grades: K – 8
Uncover the use of metals such as copper, gold and molybdenum in everyday life and gain a deeper understanding of today’s hard rock mining industry. Discovery Education and Freeport-McMoRan have created an interactive program for grades 6-8 and 9-12 that equips educators, students and families with dynamic resources – including a virtual field trip, interactive digital learning tools, school-to-home connections, exploration activities and STEM resources.
Science, technology, engineering and math (STEM subjects) are used by mining professionals throughout the industry. Listen to these interviews to see how interest in STEM subjects can lead to a rewarding career in the mining industry.
Here, Michelle Montague, a senior geologist, and Jerek Caroll, a mining engineer, from Freeport-McMoRan Miami Mine discuss their careers. A senior geologist identifies minerals in blast holes in the mine allowing a computer model of the mineral resources to be created. As geomechanical engineer, Jerek ensures the safety of the mine slopes using radar and laser technology. He also designs the blasting plans to ensure safety and effectiveness. [29:00]
75 lesson plans, appropriate for grades 6-12, exploring mining, ore processing, geology, and minerals in everyday life, available in English and Spanish, enhance the video.
Embark on a 23-minute tour across almost every continent where people are working to produce the minerals on which our modern world depends. The film, from Caterpillar and Science North, is available in English, Spanish, Portuguese and French, plus English with Chinese subtitles.