Abraham De Jesus Padilla
Vanderbilt University, Nashville, TN
Activity
2018
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CLIMATE INFLUENCE IMPRINTED ON LATE PLEISTOCENE ICELANDIC RHYOLITES? EVIDENCE FROM OXYGEN ISOTOPES AND AGES IN THE ZIRCON RECORD
T14 Different Personalities of Granites and Rhyolites: Silicic Magmas from the Lower Crust to the Surface I—A Session in Honor of Calvin Miller, Recipient of the MGPV Distinguished Geological Career AwardSunday, 4 November 20188:00 AM - 12:00 PMRoom 240-241
2015
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HISTORY OF SILICIC MAGMATISM IN ICELAND ILLUMINATED BY ISOTOPES (U-PB, U-TH, O, HF) IN THE ZIRCON RECORD
T227 A Matter of Perspective: Integrating Macro- and Micro-Scale Evidence in Investigations of Magmatic Origins and Histories (Posters)Tuesday, 3 November 20159:00 AM - 6:30 PMExhibit Hall
2014
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GENERATING THE WORLD’S LOWEST MAGMATIC ZIRCON δ18O: MELTING OF INTENSELY HYDROTHERMALLY ALTERED SOURCES AT AUSTURHORN INTRUSIVE COMPLEX, SE ICELAND
T75 Magmas and Their Sources II: A Tribute to the Distinguished Career of Fred FreySunday, 19 October 20141:00 PM - 5:00 PM205/206
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ZR/SR RATIOS DISTINGUISH COOL & WET FROM HOT & DRY MAGMATIC SUITES
T75 Magmas and Their Sources II: A Tribute to the Distinguished Career of Fred FreySunday, 19 October 20141:00 PM - 5:00 PM205/206
2013
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PAIRING AGES AND ISOTOPES IN THE ICELANDIC ZIRCON RECORD: ADDING CRITICAL INSIGHT TO FELSIC PETROGENESIS WITH U-PB, U-TH, O AND HF
T26 Illuminating Felsic Origins: Using Novel Multiple-Method Approaches to Investigate the Birth of Silicic MagmasSunday, 27 October 20138:00 AM - 12:00 PMRoom 205
2012
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REINVIGORATING STAGNANT SILICIC MAGMA SYSTEMS: VOLCANIC AND PLUTONIC VIEWS
18 Silicic Volcanism IFriday, 30 March 20128:30 AM - 12:50 PMJuarez 3
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JUVENILE SILICIC MAGMATISM AND CRUST CONSTRUCTION: ICELAND AS A MODEL FOR EARLY-EARTH OR ICELAND AS A UNIQUE PETROGENETIC ENVIRONMENT?
24 Silicic Volcanism (Posters)Friday, 30 March 20128:30 AM - 6:30 PMJuarez 1 and 2
2010
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DEATH THROES OF A SILICIC SYSTEM: FINAL RE-ACTIVATION OF GRANITIC CRYSTAL MUSH AND TRANSITION TO ANDESITIC VOLCANISM, HIGHLAND RANGE, SOUTHERN NEVADA
T193 Stratigraphic, Structural, Geomorphic, and Tectonic Evolution of the Lake Mead Region, Southwestern United States, from the Oligocene to the Present (Posters)Tuesday, 2 November 20108:00 AM - 6:00 PMHall D
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MULTI-COMPONENT MAGMA MINGLING REVEALED IN A RHYOLITE-DACITE-ANDESITE COULEE, SOUTHERN HIGHLAND RANGE (SOUTHERN NEVADA)
T193 Stratigraphic, Structural, Geomorphic, and Tectonic Evolution of the Lake Mead Region, Southwestern United States, from the Oligocene to the Present (Posters)Tuesday, 2 November 20108:00 AM - 6:00 PMHall D