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Which Countries Produce the Most Gem Diamonds?

Once centered in Africa, diamond production now occurs in many countries throughout the world..

Top ten producing countries of gem-quality diamonds
This map shows the fifteen countries with the highest production of diamonds between 2008 and 2013. The map clearly shows that diamond production occurs in many different parts of the world. Map by and MapResources. Data from USGS Mineral Commodity Summary [1]

World Diamond Demand

Diamonds are by far the favorite gemstone of jewelry shoppers in the United States. More than nine out of every ten dollars that they spend on gemstones goes to diamonds. The United States is the largest consumer of gem quality diamonds in the world, accounting for about 1/3 of all diamond purchases. [2]

Although the United States is the largest consumer of gem quality diamonds it has no commercial mine production. The only location in the United States that currently produces gem-quality diamonds is the Crater of Diamonds State Park in Arkansas where tourists can pay a small fee to prospect and keep any diamonds that they find. In an exceptional year the Park will produce a few hundred carats. This lack of domestic production requires the United States to import virtually all of its diamond consumption.

What Countries Produce Gem Diamonds?

Since the 1870's most of the world's gem-quality diamonds have been mined in Africa. The diamond production map above shows the fifteen countries with the highest recent production of gem-quality diamonds for a recent five-year period.

The map illustrates that diamond production has spread to many parts of the world. Diamond production in Russia and Canada has grown rapidly and these countries diversify the geographic distribution of gem-quality diamond production.

The histogram at right shows the mine production of the eight top-producing countries for a recent five-year period.

Related:   How Do Diamonds Form?

Gem Diamond Production Trends

Gem Diamond Production
Congo 21,510
Russia 20,700
Botswana 14,000
Zimbabwe 11,000
Canada 10,800
Angola 7,900
South Africa 2,800
Namibia 1,500
Lesotho 480
Sierra Leone 300
Central African Republic 200
Guinea 200
Tanzania 170
Australia 70
The values above are estimated gem- quality diamond production per calendar year in thousands of carats. Data from USGS MineralYearbook.
Leadership positions in the gem-quality diamond production race are constantly changing as new discoveries are made and old mines are worked out. Production trends by country for a recent five-year period are shown in the graph at right.


Botswana had insignificant production until 1970 and became one of the top producers in the mid-1980s. Botswana has some of the highest yielding mines in the world and has been a leading producer of diamonds since 1999.


Russia began producing diamonds in the late 1950's and became one of the top three producers in 1970. The Russian mines are at high latitude and in demanding environments yet they continue to produce at high levels. On disadvantage for the Russian mines is that the size of the diamonds is small.

Related:  The World's Largest Diamond Deposit


Canada is the real surprise. Commercial mining there began in1998. Several mines came online in rapid succession, quickly making Canada one of the leading diamond producers. Some of the mines there are starting to be worked out and without new discoveries, Canada's position as a leading diamond producer will change.

Related:  Diamond Mines in Canada

South Africa

South Africa was where the African diamond rush began in the 1870's. It immediately became the leading producer of gem-quality diamonds and held that position until the 1920's when Zaire entered major production. South Africa has been a consistent producer for the past few decades with production volumes regularly ranging between 4 million and 6 million carats per year.


Australia entered commercial production in 1981 and quickly became the top producer of gem-quality diamonds. In recent years, production in Australia has fallen sharply as deposits there were depleted with insufficient discoveries to replace them.

Where will the next big diamond discovery occur? Perhaps it will be in Canada where another group of difficult-to-find kimberlite pipes are located, or perhaps it will be in the outback of Australia or poorly explored areas of northern Siberia. Or, it could be in the United States where rocks similar to the Canadian production areas are starting to attract attention.


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Map of gem-quality diamond producing countries
A transparent yellow diamond of approximately three carats from a mine in Kimberly, North Cape Province, South Africa. Many natural diamond specimens exhibit an octahedral crystal form. Specimen and photo by Arkenstone /

World diamond production histogram
Estimated production levels for countries mining at least one million carats of gem-quality diamonds between 2008-2013. Graph by Data from USGS Mineral Commodity Summaries.

World diamond production graph from 1994 - 2008
Graph showing the production history of selected gem-quality diamond producing countries. Values for 2013 are estimated. Graph by Data from USGS Mineral Commodity Summaries.

Diavik Diamond Mine
Aerial photograph of the Diavik Diamond Mine located in the North Slave Region of Canada's Northwest Territories. Diavik was the second diamond mine to open in Canada, producing its first diamonds in 2003. The pipes being mined were originally exposed on the bottom of Lac de Gras. Dikes were built around the pipes and the area to be mined was dewatered by pumping. This created an island which now allows mining below the level of the surrounding lake. Photo Courtesy of The Diavik Diamond Mine.

The Big Hole diamond mine
This is a photo of "The Big Hole" diamond mine in Kimberly, South Africa. The mine was started in 1871 and closed in 1914. Thousands of workers toiled to excavate the 42 acre open pit portion of this mine by hand to a depth of nearly 800 feet. It is considered to be the largest hand-dug excavation in the world. It produced about 3000 kilograms (14,000,000 carats) of gem-quality diamonds. Photo by Wikipedian Irene2005, used here under a Creative Commons License Attribution 2.0 Generic.

Diamond Information
[1] Gemstones: Donald W. Olson, U.S. Geological Survey, Mineral Commodity Summaries, January 2013.

[2] Gemstones: Donald W. Olson, U.S. Geological Survey, 2012 Minerals Yearbook, August 2014.

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