Item talk:Q47190

Add topic
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.
Return to "Q47190" page.