July 25, 2000

"Conflict Diamonds" Revisited

 

africa Diamonds are a symbol of wealth and happiness. Yet diamonds are the resource helping fuel poverty and civil war for many residents of Africa. What can diamond consumers do to stop this trend?

Teaching the News first introduced the problem of "conflict diamonds" in a February 2000 article, "Diamonds Are a Guerrilla's Best Friend." Conflict diamonds are plundered by paramilitary factions and sold abroad to finance their armed struggles.

In July 2000 the United Nations Security Council imposed a worldwide ban on the sale of conflict diamonds from Sierra Leone. Diamonds that are traded with a certificate of authenticity from the Government of Sierra Leone are exempt from the ban.

A rebel group, the Revolutionary United Front, controls about 90% of Sierra Leone's diamond-producing areas. In the first half of 2000, the group made about $70 million through illegal trade of diamonds in legal diamond markets. This income fuels the civil war in this west African nation.

In 18 months the Security Council will review the embargo's effectiveness and decide on its future. One determining factor will be the control Sierra Leone's government has over the diamond-producing areas.

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Teaching the Problem

 

Diamonds can be studied in many different contexts. The following information and activities are taken from Riverdeep's SimLibrary and from the American Museum on Natural History's online exhibit, The Nature of Diamonds.

Earth Science: Diamonds are created deep in Earth's mantle. Students can learn how they are formed, how they move to Earth's surface, etc. in the section Diamonds Tell Us About Earth at the AMNH exhibit.

Chemistry: Diamonds are a form of pure carbon. Students can study carbon in the periodic table using the Chemistry Gateways activities, Periodic Table: An Introduction and Periodic Table Tool.

Diamonds are very hard because of their crystal structure, in which each carbon atom is connected to four other carbon atoms by strong chemical bonds. When a chemical bond is formed between two elements, only the outermost electrons are involved. Students can explore bonds between atoms in the Chemistry Gateways activity, Lewis Structures: Atoms.

Then they can read more about the chemical properties of diamonds in the section Diamond is Special at the AMNH exhibit.

Physics: Diamonds owe their sparkling brilliance to their high index of refraction and their ability to disperse white light. Students can learn more about these concepts in the Physics Explorer activity: Dispersion of White Light.

They can also learn more about the physics of diamonds in the section Diamond is Special at the AMNH exhibit.

Analyzing the Problem

 

By studying the dilemma over diamonds from many different angles, students can begin to understand the complexity of the issue.

In the news articles, students read a little about the economic and political value of diamonds. In the activities, they examined the science of diamonds. Now have them learn something about the history of diamonds in the section History at the AMNH exhibit. They can learn more about the role of diamonds in industry in the section Industry and Technology.

 
Extending the Problem  

  • There have been many articles in the press lately about the emerging field of nanotechnology—manufacturing products by moving atoms and molecules into desired arrangements. Experts often explain nanotechnology with the example of building a diamond from individual carbon atoms. Students can learn more about nanotechnology from the Riverdeep Today article, "Nanotechnology: Molecular Manufacturing."

    Ask students to explain how nanotechnology could be used to build a diamond. Have them offer an opinion if such diamonds would be "real" or not. Students should be able to explain their opinions.

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