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Filtering by: Advisor Clinton, R. J. Advisor Kent, Adam J. R. Committee Member Tepley, Frank J.

Thermochemical Storage Conditions of Caldera Forming Magmatic Systems Revealed by Diffusion Chronometry

Creator:

Lubbers, Jordan E.

Abstract:

Large silicic magmatic systems are responsible for producing the largest explosive volcanic eruptions on earth. These phenomena, although infrequent (i.e., 1 per 100,000 years), impact the global climate, deposit ash over continent sized regions, and significantly alter landscapes. Silicic magmatism also plays important roles in the formation and ongoing evolution...

Resource Type:

Dissertation

Full Text:

intermediate and silicic magmas in deep crustal hot zones. J. Petrol. 47, 505–539. https://doi.org/10.1093
Crystal Records of the Origin, Evolution, and Thermal Histories of Magmas

Creator:

Bradshaw, Richard W., 1985-

Abstract:

In volcanic systems, magma is generally stored in the shallow crust prior to eruption. The conditions of this storage directly impact whether the magma eventually erupts, or crystallizes within the crust to form a pluton. In this dissertation I present four studies that investigate the storage conditions of a number...

Resource Type:

Dissertation