Item talk:Q47190

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Revision as of 23:13, 30 January 2024 by Sky (talk | contribs) (Updated item talk page content)

orcid:

 meta:
   status_code: 200
   timestamp: '2023-10-20T09:13:07.688062'
   url: https://orcid.org/0000-0001-7108-3016
 orcid:
   activities: {}
   history:
     claimed: true
     completion-date: null
     creation-method: DIRECT
     deactivation-date: null
     last-modified-date:
       value: 1655844062152
     source: null
     submission-date:
       value: 1655318641553
     verified-email: true
     verified-primary-email: true
   person:
     name:
       created-date:
         value: 1655318641812
       credit-name: null
       family-name:
         value: Kenworthy
       given-names:
         value: Megan
       last-modified-date:
         value: 1655318641812
       path: 0000-0001-7108-3016
       source: null
       visibility: public

usgs_staff_profile:

 meta:
   url: https://www.usgs.gov/staff-profiles/megan-kenworthy
   timestamp: '2024-01-30T16:13:36.383369'
   status_code: 200
 profile:
   name: Megan Kenworthy
   name_qualifier: null
   titles:
   - Hydrologist
   organizations:
   - !!python/tuple
     - Idaho Water Science Center
     - https://www.usgs.gov/centers/idaho-water-science-center
   email: mkenworthy@usgs.gov
   orcid: 0000-0001-7108-3016
   intro_statements:
   - Megan Kenworthy is a hydrologist with the USGS Idaho Water Science Center in
     Boise, Idaho.
   expertise_terms:
   - geomorphology
   - fluvial geomorphology
   - sediment transport
   professional_experience:
   - Hydrologist, USGS Idaho Water Science Center, June 2022 - Present
   - Project Geomorphologist, Geomorphic Solutions, LLC, March 2019 - May 2022
   education:
   - M.S., Hydrology, 2011, Boise State University
   - B.A., Environmental Studies, 2004, University of Montana
   affiliations: []
   honors: []
   abstracts: []
   personal_statement: Megan joined the Idaho Water Science Center in 2022. Her research
     interests are centered on instream processes, including sediment transport,
     flow hydraulics, and understanding changes in stream channel morphology.