Item talk:Q45108

orcid:

 meta:
   status_code: 200
   timestamp: '2023-10-20T08:42:35.138657'
   url: https://orcid.org/0000-0002-4238-3797
 orcid:
   activities: {}
   history:
     claimed: true
     completion-date: null
     creation-method: DIRECT
     deactivation-date: null
     last-modified-date:
       value: 1660492497258
     source: null
     submission-date:
       value: 1489511939825
     verified-email: true
     verified-primary-email: true
   person:
     name:
       created-date:
         value: 1489511939825
       credit-name: null
       family-name:
         value: Burgess
       given-names:
         value: Seth
       last-modified-date:
         value: 1489511940042
       path: 0000-0002-4238-3797
       source: null
       visibility: public

usgs_staff_profile:

 meta:
   url: https://www.usgs.gov/staff-profiles/seth-d-burgess
   timestamp: '2024-01-30T11:57:28.670140'
   status_code: 200
 profile:
   name: Seth D. Burgess
   name_qualifier: null
   titles:
   - Geochronologist
   organizations:
   - !!python/tuple
     - California Volcano Observatory
     - https://www.usgs.gov/observatories/calvo
   email: sburgess@usgs.gov
   orcid: 0000-0002-4238-3797
   intro_statements:
   - I am a research geologist in the Volcano Science Center specializing in accessory
     mineral geochronology.
   expertise_terms:
   - Geochronology
   - Volcanology
   - U-Pb
   - U-series
   - Zircon
   - Eruption History
   - Tephra
   - Ash Bed
   - Rock Dating
   professional_experience:
   - Research Geologist
   - "   U.S. Geological Survey, California Volcano Observatory, Menlo Park, CA,\
     \ 2016\u2013"
   - Mendenhall Postdoctoral Fellow
   - "   U.S. Geological Survey, California Volcano Observatory, Menlo Park, CA,\
     \ 2014\u20132016"
   - 'Research/Teaching Assistant '
   - "   Massachusetts Institute of Technology, Cambridge, MA, 2008\u20132014"
   - Staff Scientist
   - "   NASA-Ames Research Center, Sunnyvale, CA, 2006\u20132007"
   - 'California State University Lecturer '
   - "   San Jose State University, San Jose, CA, 2006\u20132007"
   - 'Soil Scientist '
   - '   USDA, Natural Resource Conservation Service, Soil Survey of Yosemite National
     Park, CA, 2001'
   education:
   - Massachusetts Institute of Technology, Ph.D. Geology 2014
   - "Thesis: High\u2013precision U-Pb geochronology of large igneous provinces and\
     \ mass extinctions: testing coincidence and causation"
   - San Jose State University, M.S. Geology 2006
   - 'Thesis: Field, geochemical, and geochronologic study of the inner Tuolumne
     Intrusive Series, Sierra Nevada Batholith'
   - California Polytechnic State University, B.S. Soil Science 2002
   - 'Thesis: Effect of lichen colonization on mineral weathering'
   affiliations:
   - American Geophysical Union since 2006
   - Geological Society of America since 2005
   - European Geophysical Union 2010-2014
   honors:
   - National Academy of Sciences (PNAS), Cozzarelli Prize in Physical and Mathematical
     Sciences, 2014
   - Outstanding Teaching Award, Massachusetts Institute of Technology, 2012
   - Student Research Scholarship, Massachusetts Institute of Technology, 2009, 2010,
     2011
   - Presidential Fellow, Massachusetts Institute of Technology, 2007
   - Outstanding Thesis Award, College of Science, San Jose State University, 2006
   - Norman H. Doloff Scholarship, San Jose State University, 2004
   - National Outstanding Senior, National Agronomy Student Recognition Program,
     2002
   - Outstanding Student in the College of Agriculture, California Polytechnic State
     University, 2002
   - Royce Lambert Scholarship for Outstanding Student, California Polytechnic State
     University, 1998, 1999
   abstracts: []
   personal_statement: 'My doctoral research focused on utilizing accessory mineral
     U-Pb ID-TIMS (isotope dilution thermal ionization mass spectrometry) geochronology
     to examine the plausibility of a causal link between large igneous province
     (LIP) magmatism and mass extinction, with particular focus on the end-Permian
     and early-Jurassic extinction events. This work yielded high-precision timelines
     for extinction and LIP magmatism, as well as the ability to resolve their relative
     timing, and lead to a general model predicting the efficacy of magmatism as
     the primary trigger of mass extinction.My current research is focused on application
     of uranium-based geochronometers (U-Pb, U-Th, (U-Th)/He) to date volcanic rocks
     by utilizing TIMS, SIMS (secondary ion mass spectrometry) analysis on accessory
     phase minerals (e.g., zircon, allanite) primarily for the purpose of accurately
     determining the timing of voluminous eruption and for constructing comprehensive
     eruption histories of long-lived volcanic systems characterized by potential
     future volcanic hazard.Ongoing projects include: (1) Leading a group of CalVO
     scientists in an effort to better understand the threat of volcanic hazards
     from the Clearlake Volcanic Field (CLVF). The CLVF is the closest young, long-lived
     volcanic system to the densely populated CA Bay Area. In this project Im employing
     U-Pb zircon surface dating to better constrain the eruption history of the volcanic
     field. (2) Determining the timing of large Pleistocene volcanic eruptions in
     Alaska by zircon surface U-Th-Pb SIMS geochronology. (2) (3) Using zircon U-Pb
     SIMS and TIMS to date the eruption of key Neogene and Quaternary stratigraphic-marker
     volcanic ash beds in western North America for use in regional correlation and
     paleo-climate and paleo-environment reconstruction. (4) Employing zircon and
     allanite U-Th SIMS dating of the Pleistocene record of rhyolite dome extrusion
     at the Coso volcanic field (California) in order to better constrain magma petrogenesis
     and more accurately assess hazard potential. (5) Using zircon U-Pb ID-TIMS dating
     of volcanic ash beds intercalated with the Miocene Columbia River LIP basalt
     flows to investigate eruption tempo at the millennial scale, which informs magma
     generation and climate feedback models.'