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The evolution of a silicic magma system; isotopic and chemical evidence from the Woods Mountains Volcanic Center, eastern California

Musselwhite, D S; DePaolo, D J; McCurry, M (1989) The evolution of a silicic magma system; isotopic and chemical evidence from the Woods Mountains Volcanic Center, eastern California. Contributions to Mineralogy and Petrology, vol.101, no.1, pp.19-29, 1989

AuthorsMusselwhite, D S; DePaolo, D J; McCurry, M
Year1989
TitleThe evolution of a silicic magma system; isotopic and chemical evidence from the Woods Mountains Volcanic Center, eastern California
SourceContributions to Mineralogy and Petrology, vol.101, no.1, pp.19-29, 1989
PublisherSpringer International, Heidelberg-New York, International III
ISSN0010-7999
GeoRef1989-067667
Keywordsalkaline earth metals; andesites; assimilation; basalts; California; chemical composition; differentiation; fractional crystallization; igneous rocks; isotopes; lava flows; magmas; mantle; metals; Nd-144/Nd-143; neodymium; petrology; pyroclastics; rare earths; ratios; rhyolites; siliceous composition; Sr-87 /Sr-86; stable isotopes; strontium; trachytes; tuff; United States; volcanic rocks; Woods Mountains Volcanic Center
DOI10.1007/BF00387198

14 samples from this reference

SampleRock nameMajorTraceIsotope
1Basalt yesyesyes
2Basaltic-andesite yesyesyes
3Alkali basalt yesyesyes
4Monzonite yesyesyes
5Diorite yesyesyes
8Trachyte yesyesyes
9Trachyte yesyesyes
10Rhyolite yesyesyes
11Rhyolite yesyesyes
12Rhyolite yesyesyes
13Rhyolite yesyesyes
14Rhyolite yesyesyes
15Rhyolite yesyesyes
16Trachydacite yesyesyes