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The isotopic and chemical evolution of Mount St. Helens.

Halliday, A N; Fallick, A E; Dickin, A P; Mackenzie, A B; Stephens, W E; Hildreth, W (1983) The isotopic and chemical evolution of Mount St. Helens. Earth and Planetary Science Letters. 63; 2, Pages 241-256. 1983.

AuthorsHalliday, A N; Fallick, A E; Dickin, A P; Mackenzie, A B; Stephens, W E; Hildreth, W
Year1983
TitleThe isotopic and chemical evolution of Mount St. Helens.
SourceEarth and Planetary Science Letters. 63; 2, Pages 241-256. 1983.
PublisherElsevier. Amsterdam, Netherlands. 1983.
Document typeSerial
ISSN0012-821X
GeoRef1983-048831
Keywordsalkaline-earth-metals; basalts-; Cascade-Range; Cenozoic-; crust-; D-H; deuterium-; eruptions-; evolution-; geochemistry-; Holocene-; hydrogen-; igneous-rocks; isotopes-; lava-; lead-; magmas-; major-elements; metals-; Mount-Saint-Helens; Nd-144-Nd-143; neodymium-; O-18-O-16; oxygen-; periodicity-; Pleistocene-; pollution-; pyroclastics-; Quaternary-; rare-earths; ratios-; Skamania-County-Washington; Sr-87-Sr-86; stable-isotopes; strontium-; trace-elements; United-States; upper-Pleistocene; volcanic-rocks; volcanism-; volcanoes-; volcanology-; Washington-
DOI10.1016/0012-821X(83)90040-7

9 samples from this reference

SampleRock nameMajorTraceIsotope
SH11 yesyesyes
SH4 yesyesyes
SH14 yesyesyes
SH20 yesyesyes
SH17 yesyesyes
SH15 yesyesyes
SH16 yesyesyes
SH2 yesyesyes
SH25 yesyesyes