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Prograde reactions and garnet zoning reversals in staurolite schist, British Columbia: significance for thermobarometric interpretations
D. L. WHITNEY
, E. D. GHENT
Earth and Environmental Sciences-Twin Cities
Research output
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Contribution to journal
›
Article
›
peer-review
15
Scopus citations
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Dive into the research topics of 'Prograde reactions and garnet zoning reversals in staurolite schist, British Columbia: significance for thermobarometric interpretations'. Together they form a unique fingerprint.
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Keyphrases
Garnet
100%
British Columbia
100%
Schist
100%
Prograde
100%
Staurolite
100%
Garnet Zoning
100%
Chloritoid
57%
Matrix Phase
28%
Silica
14%
Rocky Mountains
14%
Resorption
14%
Mineralogy
14%
Outer Core
14%
Metamorphic Conditions
14%
Pelitic Schist
14%
Solitude
14%
Metamorphic Event
14%
Grossular
14%
Trend Reversal
14%
Polymetamorphism
14%
Simultaneous Growth
14%
Almandine
14%
Garnet Growth
14%
Earth and Planetary Sciences
Garnet
100%
British Columbia
100%
Staurolite
100%
Chloritoid
36%
Mineralogy
9%
Outer Core
9%
Outcrop
9%
Almandine
9%
Grossular
9%
Resorption
9%