Item talk:Q164004: Difference between revisions

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(Cache USGS staff profile information)
 
(Updated item talk page content)
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usgs_staff_profile:
usgs_staff_profile:
   meta:
   meta:
    url: https://www.usgs.gov/staff-profiles/morgan-biggs
    timestamp: '2024-01-31T04:38:32.247013'
     status_code: 200
     status_code: 200
    timestamp: '2024-01-29T09:03:49.924277'
    url: https://www.usgs.gov/staff-profiles/morgan-biggs
   profile:
   profile:
     abstracts: []
     name: Morgan Biggs
     affiliations: []
     name_qualifier: null
     education:
     titles:
     - B.S. Biology, Dickinson College, 2022
     - Biologist
    organizations:
    - !!python/tuple
      - Eastern Ecological Science Center
      - https://www.usgs.gov/centers/eesc
     email: mbiggs@usgs.gov
     email: mbiggs@usgs.gov
    orcid: 0000-0002-5360-8613
    intro_statements:
    - Morgan Biggs is a Biologist at the Eastern Ecological Science Center, Leetown
      Research Laboratory.
     expertise_terms:
     expertise_terms:
     - PFAS
     - PFAS
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     - Molecular Biology
     - Molecular Biology
     - Fish Ecology
     - Fish Ecology
    professional_experience:
    - October 2023 - present Biologist, USGS-EESC, Kearneysville, WV
    - July 2022 - October 2023 Biological Science Technician, USGS-EESC, Kearneysville,
      WV
    education:
    - B.S. Biology, Dickinson College, 2022
    affiliations: []
     honors: []
     honors: []
     intro_statements:
     abstracts: []
    - Morgan Biggs is a Biologist at the Eastern Ecological Science Center, Leetown
      Research Laboratory.
    name: Morgan Biggs
    name_qualifier: null
    orcid: 0000-0002-5360-8613
    organization_link: https://www.usgs.gov/centers/eesc
    organization_name: Eastern Ecological Science Center
     personal_statement: Morgan studies the fate, transport, and ecosystem exposure
     personal_statement: Morgan studies the fate, transport, and ecosystem exposure
       and effects of per- and polyfluoroalkyl substances (PFAS). She executes analytical
       and effects of per- and polyfluoroalkyl substances (PFAS). She executes analytical
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       high resolution mass spectrometry. She utilizes these methods for the analysis
       high resolution mass spectrometry. She utilizes these methods for the analysis
       of PFAS in biological matrices (e.g., plasma and tissue), water, and soil.
       of PFAS in biological matrices (e.g., plasma and tissue), water, and soil.
    professional_experience:
    - October 2023 - present Biologist, USGS-EESC, Kearneysville, WV
    - July 2022 - October 2023 Biological Science Technician, USGS-EESC, Kearneysville,
      WV
    title: Biologist

Revision as of 11:38, 31 January 2024

usgs_staff_profile:

 meta:
   url: https://www.usgs.gov/staff-profiles/morgan-biggs
   timestamp: '2024-01-31T04:38:32.247013'
   status_code: 200
 profile:
   name: Morgan Biggs
   name_qualifier: null
   titles:
   - Biologist
   organizations:
   - !!python/tuple
     - Eastern Ecological Science Center
     - https://www.usgs.gov/centers/eesc
   email: mbiggs@usgs.gov
   orcid: 0000-0002-5360-8613
   intro_statements:
   - Morgan Biggs is a Biologist at the Eastern Ecological Science Center, Leetown
     Research Laboratory.
   expertise_terms:
   - PFAS
   - Environmental Chemistry
   - Environmental Contaminants
   - Analytical Chemistry
   - Genetics and Genomics
   - Molecular Biology
   - Fish Ecology
   professional_experience:
   - October 2023 - present Biologist, USGS-EESC, Kearneysville, WV
   - July 2022 - October 2023 Biological Science Technician, USGS-EESC, Kearneysville,
     WV
   education:
   - B.S. Biology, Dickinson College, 2022
   affiliations: []
   honors: []
   abstracts: []
   personal_statement: Morgan studies the fate, transport, and ecosystem exposure
     and effects of per- and polyfluoroalkyl substances (PFAS). She executes analytical
     methods for targeted and non-targeted analysis of PFAS using liquid chromatography
     high resolution mass spectrometry. She utilizes these methods for the analysis
     of PFAS in biological matrices (e.g., plasma and tissue), water, and soil.