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usgs_staff_profile: | usgs_staff_profile: | ||
meta: | meta: | ||
url: https://www.usgs.gov/staff-profiles/amy-gilmer | |||
timestamp: '2024-01-30T14:09:24.685724' | |||
status_code: 200 | status_code: 200 | ||
profile: | profile: | ||
name: Amy Gilmer, PhD | |||
name_qualifier: null | |||
titles: | |||
- | - Research Geologist | ||
- | organizations: | ||
- !!python/tuple | |||
- Geosciences and Environmental Change Science Center | |||
- https://www.usgs.gov/centers/geosciences-and-environmental-change-science-center | |||
email: agilmer@usgs.gov | email: agilmer@usgs.gov | ||
orcid: 0000-0001-5038-8136 | |||
intro_statements: | |||
- I am an igneous petrologist interested in the role magmatic processes play in | |||
driving plate tectonics, building mountains, forming of volcanic belts and their | |||
associated geologic hazards, and forming hydrothermal ore deposits. | |||
expertise_terms: | expertise_terms: | ||
- Igneous Petrology | - Igneous Petrology | ||
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- Geochemistry | - Geochemistry | ||
- Volcanoes | - Volcanoes | ||
professional_experience: | |||
- Research Geologist (2018-present) | |||
- Postdoctoral Fellow, U.S. Geological Survey (2017-2018) | |||
- Geologist, Virginia Division of Geology and Mineral Resources (2001-2012) | |||
education: | |||
- Ph.D., Geological Science, University of Bristol (2016) | |||
- M.S., Geological Science, The University of Texas at Austin (2001) | |||
- B.S., Geology, College of William and Mary (1999) | |||
affiliations: [] | |||
honors: [] | honors: [] | ||
abstracts: [] | |||
personal_statement: My research is focused on the evolution of magmatic systems. | personal_statement: My research is focused on the evolution of magmatic systems. | ||
I study extinct systems, using exposures to explore internal processes driving | I study extinct systems, using exposures to explore internal processes driving | ||
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of magmatic storage and differentiation that result in either eruption or pluton | of magmatic storage and differentiation that result in either eruption or pluton | ||
emplacement and help us understand the larger architecture of magmatic systems. | emplacement and help us understand the larger architecture of magmatic systems. | ||