William & Mary ScholarWorks

Welcome! William & Mary ScholarWorks preserves and provides access to the research and creative output of William & Mary's faculty, staff, and students.

UPDATE 18th JUNE 2025: Our repository has migrated from Digital Commons to Open Repository DSpace as of this summer. Additional updates and improvements will continue through the Fall semester. Thank you for your patience during this transition.  
 

Communities in WMScholarWorks

Select a community to browse its collections.

Recent Submissions

  • ItemOpen Access
    Toward a Critical Theory of Partnership, or CritPartnership
    (Teacher Education Quarterly, 2025) Burrell-Craft, Kala; Beck, Jori
    In school–university partnership work, critical theories such as third space and funds of knowledge have been whitewashed by the predominantly white, female teacher and teacher educator workforces. In this essay, we present an intentionally and explicitly critical framework based on critical race theory, CritPartnership, that can guide school–university partnership work focused on race, racism, and power. We convey the need for this framework through a brief review of germinal reports on school–university partnership work as well as an example of how a critical framework (third space) has been whitewashed. We present the five tenets of CritPartnership and apply them to two school–university partnership models: professional development schools and teacher residencies. We conclude with suggestions for applying the theory to partnership work and our hope for CritPartnership research.
  • ItemOpen Access
    Understanding teacher leadership: Development and testing of the survey of teacher leadership
    (Social Sciences & Humanities Open, 2025) Wiens, Peter; Vongkulluksn, Vanessa; Beck, Jori; Pearson, Brenda
    Teacher leadership (TL) has been identified as key component of effective schools. While research has grown in this area, there is a dearth of empirically and theoretically supported measures for understanding TL. This study examines the validity and reliability of the Survey of Teacher Leadership (STL). The STL builds on previous theory and research in TL by creating an assessment of teacher TL practices and their associated self-efficacy in these practices. In addition to more established domains of TL, the STL also examines teachers’ leadership practices and self-efficacy in diversity and equity. The STL was sent to all non-charter public school teachers in the U.S. state of Nevada. Over 1200 teachers responded and their data provided a firm empirical foundation for examining the psychometric qualities of the STL. Evidence indicates a five-factor structure with acceptable psychometric qualities.
  • ItemOpen Access
    GIS Data: 2025 Middlesex County, Virginia. Shoreline Inventory, Coastal Natural Buffers, & Marsh Migration Corridors
    (Virginia Institute of Marine Science, 2025-09-05) Nunez, M. Karinna; Rudnicky, Tamia; Darling-Hendricks, Jessica; Duning, Catherine; Hill, Evan; Graulich, Jack; Lv, Miranda; Gregory, Sean; Angstadt, Kory
    The 2025 Shoreline Inventory, Coastal Natural Buffers, and Migration Corridors layers for the City of Middlesex were generated using on-screen, digitizing techniques in ArcGIS® Pro v. 3.x while viewing conditions observed in Bing high-resolution oblique imagery, Google Earth, and 2021 imagery from the Virginia Base Mapping Program (VBMP). A geodatabase was developed named Middlesex_ShlInventory_NatBuffers_MarshCorridors_2025 containing the following eight features classes displaying bank conditions, shoreline features, natural buffers, and marsh migration corridors: Middlesex_BankHeightSlope_2025, Middlesex_RecreationalStructures_2025, Middlesex_ErosionControlStructures_2025_Line, Middlesex_ErosionControlStructures_2025_Polygon, Middlesex_BeachesAndDunes_2025, Middlesex_TMI_2025, Middlesex_MarshMigrationCorridors_2ft_2025 and Middlesex_MarshMigrationCorridors_4ft_2025
  • ItemOpen Access
    GIS Data: 2025 York County, Virginia. Shoreline Inventory, Coastal Natural Buffers, & Marsh Migration Corridors
    (Virginia Institute of Marine Science, 2025-09-05) Nunez, M. Karinna; Rudnicky, Tamia; Darling-Hendricks, Jessica; Duning, Catherine; Hill, Evan; Graulich, Jack; Lv, Miranda; Gregory, Sean; Angstadt, Kory
    The 2025 Shoreline Inventory, Coastal Natural Buffers, and Migration Corridors layers for the City of York were generated using on-screen, digitizing techniques in ArcGIS® Pro v. 3.x while viewing conditions observed in Bing high-resolution oblique imagery, Google Earth, and 2021 imagery from the Virginia Base Mapping Program (VBMP). A geodatabase was developed named York_ShlInventory_NatBuffers_MarshCorridors_2025 containing the following eight features classes displaying bank conditions, shoreline features, natural buffers, and marsh migration corridors: York_BankHeightSlope_2025, York_RecreationalStructures_2025, York_ErosionControlStructures_2025_Line, York_ErosionControlStructures_2025_Polygon, York_BeachesAndDunes_2025, York_TMI_2025, York_MarshMigrationCorridors_2ft_2025 and York_MarshMigrationCorridors_4ft_2025.
  • ItemOpen Access
    GIS Data: 2025 Mathews County, Virginia. Shoreline Inventory, Coastal Natural Buffers, & Marsh Migration Corridors
    (Virginia Institute of Marine Science, 2025-09-05) Nunez, M. Karinna; Rudnicky, Tamia; Darling-Hendricks, Jessica; Duning, Catherine; Hill, Evan; Graulich, Jack; Lv, Miranda; Gregory, Sean; Angstadt, Kory
    The 2025 Shoreline Inventory, Coastal Natural Buffers, and Migration Corridors layers for the City of Mathews were generated using on-screen, digitizing techniques in ArcGIS® Pro v. 3.x while viewing conditions observed in Bing high-resolution oblique imagery, Google Earth, and 2021 imagery from the Virginia Base Mapping Program (VBMP). A geodatabase was developed named Mathews_ShlInventory_NatBuffers_MarshCorridors_2025 containing the following eight features classes displaying bank conditions, shoreline features, natural buffers, and marsh migration corridors: Mathews_BankHeightSlope_2025, Mathews_RecreationalStructures_2025, Mathews_ErosionControlStructures_2025_Line, Mathews_ErosionControlStructures_2025_Polygon, Mathews_BeachesAndDunes_2025, Mathews_TMI_2025, Mathews_MarshMigrationCorridors_2ft_2025 and Mathews_MarshMigrationCorridors_4ft_2025
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