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11 T9. Applications of Igneous Petrology, Geochemistry, and Geochronology to Understanding Earth and Other Planetary Systems (Posters)


Session Chairs:
Claire McLeod, Danielly Aguirre, Jordan Bell, Ken Brown

This session invites contributions that explore igneous systems through traditional and nontraditional methods. Studies that link crustal evolution, planetary formation, resource potential, and comparative planetology across temporal and spatial scales are especially encouraged.



Author Availability:

2:00-4:00 p.m.

Presentations

Booth No. Paper No. Title Presenting Author Action
75 11-1 Petrographic and Geochemical Analysis of Highland Lakes California in Relation to Surrounding Volcanic Centers Joe Constantino View
76 11-2 Investigating the Tectonomagmatic History of the Eocene Absaroka Supergroup, Wyoming, through a Petrological Investigation of Intrusives and their Entrained Xenoliths. Danielly Aguirre View
77 11-3 ULTRAMAFIC LAMPROPHYRE DIKES IN THE WESTERN KENTUCKY FLUORSPAR DISTRICT: A REVIEW Thomas Anderson View
78 11-4 The Tephrostratigraphy of Olduvai Gorge Coring Project 2023: Cores 4A, 5A, 6A Carson McFarland View
79 11-5 Shonkinite Magma Petrogenesis in the Adel Hills Volcanic Field, Montana Claire McLeod View
80 11-6 Sn distributions in zircon- and cassiterite- bearing systems Ashley Mindt View
81 11-7 Investigating the source for Mesoproterozoic lithium-cesium-tantalum pegmatites in northern WI: an integrated geophysical and geochemical approach Omar Droubi View
82 11-8 From the Moon to Antarctica: Petrological Characterization of Meteorite Dominion Range (DOM) 18678 Provides Insights into Lunar Magmatism and Impact History Jordan Bell View
83 11-9 A Mineralogical and Geochemical Characterization of the Amo Meteorite, Central Indiana Karinn Johnson View
84 11-10 Investigating the Moon’s Geological History via Petrological Analysis of a Meteoritic Polymict Regolith Basaltic Breccia Emily Medema View
85 11-11 Assessing the Potential for Preservation of Shock Features in the “Woodbury-Manchester-Roosevelt Structure", Southern Appalachian Piedmont (USA), Using a Global Database of Terrestrial Impact Structures Delta Flowers View



Applications of Igneous Petrology, Geochemistry, and Geochronology to Understanding Earth and Other Planetary Systems (Posters)

Description


Date and Time: Monday, 9 March - 9:00 AM (Central Time (US & Canada))

Room: RCC, Lower Level Hall

Session Type: Poster: Topical

Session Format: Poster

Author Availability: 2:00-4:00 p.m.


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