1979
DOI: 10.3133/ofr79761
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Rapid evaluation of heavy minerals in stream sediments of the Prairie Divide area of northern Colorado: A tool for Kimberlite exploration

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Cited by 3 publications
(2 citation statements)
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“…7). All of the peridotitic garnets with more than 4.0 percent 0^03 are purple, the typical color of Cr-rich pyrope which aids in the field recognition of peridotitic garnets in prospecting for kimberlites (Leighton and McCallum, 1979;Dawson, 1980;Hearn and McGee, 1982). Peridotite garnets with less than 4.0 percent 0^03 are red or red-orange.…”
Section: Garnetmentioning
confidence: 99%
“…7). All of the peridotitic garnets with more than 4.0 percent 0^03 are purple, the typical color of Cr-rich pyrope which aids in the field recognition of peridotitic garnets in prospecting for kimberlites (Leighton and McCallum, 1979;Dawson, 1980;Hearn and McGee, 1982). Peridotite garnets with less than 4.0 percent 0^03 are red or red-orange.…”
Section: Garnetmentioning
confidence: 99%
“…Heavymineral concentrates are obtained by hand panning, sluice-box or rocker-box concentrating, or heavy-liquid or hydraulic laboratory techniques. Garnet is particularly suitable as a tracer because it is present in most kimberlites, is more abundant than other tracer minerals in many kimberlites (Dawson and Stephens, 1975), and is resistant to attrition during transport in comparison with other common tracer minerals (Leighton and McCallum, 1979).…”
Section: Introductionmentioning
confidence: 99%