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Item talk:Q54407: Difference between revisions

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usgs_staff_profile:
usgs_staff_profile:
   meta:
   meta:
    url: https://www.usgs.gov/staff-profiles/ferdinand-oberle
    timestamp: '2024-01-30T22:06:49.261638'
     status_code: 200
     status_code: 200
    timestamp: '2023-09-30T17:22:46.016552'
    url: https://www.usgs.gov/staff-profiles/ferdinand-oberle
   profile:
   profile:
     abstracts: []
     name: Ferdinand Oberle
     affiliations: []
     name_qualifier: null
     education:
     titles:
     - 2015, MARUM-IODP Center, University of Bremen, Germany, Ph.D. (Dr. rer. nat.)
     - Research Geologist
     - 2012 - 2014, Woods Hole Oceanographic Institution (WHOI), Ph.D. study with Chris
    organizations:
       Reddy
     - !!python/tuple
    - "2005, University of Bremen, Germany \u2013 M.S. Environmental and Marine Geology"
       - Pacific Coastal and Marine Science Center
    - "2002, Bowdoin College, USA \u2013 B.A. Geology"
      - https://www.usgs.gov/centers/pcmsc
    - 2000 - 2001, (SOEST) School of Ocean and Earth Science and Technology, Hawaii
     email: foberle@usgs.gov
     email: foberle@usgs.gov
    orcid: 0000-0001-8871-3619
    intro_statements:
    - Research Geologist with the USGS Pacific Coastal and Marine Science Center
     expertise_terms:
     expertise_terms:
     - sedimentological oceanography
     - sedimentological oceanography
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     - coastal water quality
     - coastal water quality
     - geochronology
     - geochronology
    honors: []
    intro_statements:
    - Research Geologist with the USGS Pacific Coastal and Marine Science Center
    name: Ferdinand Oberle
    name_qualifier: null
    orcid: 0000-0001-8871-3619
    organization_link: https://www.usgs.gov/centers/pcmsc
    organization_name: Pacific Coastal and Marine Science Center
    personal_statement: 'Research Focus2020-present: Geologist, USGS, Santa Cruz,
      CA, USA. I am currently involved in three fields of research: groundwater discharge
      through coastal aquifers; conceptualizing hydrologically and cryogenically driven
      permafrost erosion; and physicochemical drivers of coral reef health. I also
      created the Unmanned Aerial System Coastal Aquifer Project, which develops new
      drone-based technologies to investigate permafrost stability, wetlands, and
      aquifers. All projects have a strong interdisciplinary nature focusing on anthropogenic
      versus natural disturbances that rely on a multitude of oceanographic, marine
      geological, hydrogeological, and geochemical methods. As part of my older research
      interests I also continue to collaborate and advise on research focusing on
      the geological and geochemical consequences of bottom trawling.'
     professional_experience:
     professional_experience:
     - '2020-present: Geologist, USGS, Santa Cruz, CA'
     - '2020-present: Geologist, USGS, Santa Cruz, CA'
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     - 2000-2001, NASA Space Grant Fellowship, Hawaii Space Consortium, Honolulu, HI,
     - 2000-2001, NASA Space Grant Fellowship, Hawaii Space Consortium, Honolulu, HI,
       USA
       USA
     title: Research Geologist
     education:
    - 2015, MARUM-IODP Center, University of Bremen, Germany, Ph.D. (Dr. rer. nat.)
    - 2012 - 2014, Woods Hole Oceanographic Institution (WHOI), Ph.D. study with Chris
      Reddy
    - "2005, University of Bremen, Germany \u2013 M.S. Environmental and Marine Geology"
    - "2002, Bowdoin College, USA \u2013 B.A. Geology"
    - 2000 - 2001, (SOEST) School of Ocean and Earth Science and Technology, Hawaii
    affiliations: []
    honors: []
    abstracts: []
    personal_statement: 'Research Focus2020-present: Geologist, USGS, Santa Cruz,
      CA, USA. I am currently involved in three fields of research: groundwater discharge
      through coastal aquifers; conceptualizing hydrologically and cryogenically driven
      permafrost erosion; and physicochemical drivers of coral reef health. I also
      created the Unmanned Aerial System Coastal Aquifer Project, which develops new
      drone-based technologies to investigate permafrost stability, wetlands, and
      aquifers. All projects have a strong interdisciplinary nature focusing on anthropogenic
      versus natural disturbances that rely on a multitude of oceanographic, marine
      geological, hydrogeological, and geochemical methods. As part of my older research
      interests I also continue to collaborate and advise on research focusing on
      the geological and geochemical consequences of bottom trawling.'
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