Do Dollars Matter Beyond Demographics? District Contributions to Reading and Mathematics Growth for Students with Disabilities

Growth modeling in education has focused on student characteristics in multilevel growth accountability models and has rarely included financial variables. In this dissertation, relations of several demographic and financial characteristics of Oregon school districts to the reading and mathematics...

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Bibliographic Details
Main Author: Saven, Jessica
Other Authors: Tindal, Gerald
Language:en_US
Published: University of Oregon 2015
Subjects:
Online Access:http://hdl.handle.net/1794/19306
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spelling ndltd-uoregon.edu-oai-scholarsbank.uoregon.edu-1794-193062019-05-23T16:30:28Z Do Dollars Matter Beyond Demographics? District Contributions to Reading and Mathematics Growth for Students with Disabilities Saven, Jessica Tindal, Gerald Accountability Education finance Multilevel modeling Student growth Students with disabilities Growth modeling in education has focused on student characteristics in multilevel growth accountability models and has rarely included financial variables. In this dissertation, relations of several demographic and financial characteristics of Oregon school districts to the reading and mathematics growth of students receiving special education services in Grades 3-8 were explored after accounting for student level demographic characteristics. Previous research indicated that three variables were potentially related to student growth: district level aggregated student demographics, district geography (e.g., location in a remote area), and district funding. Three sources of data were used to investigate these relationships: institutional data reported by the Oregon Department of Education, the Common Core of Data gathered by the National Center for Education Statistics, and Oregon Assessment of Knowledge and Skills test data collected as part of the National Center on Assessment and Accountability in Special Education. Multi-level models of student growth across Grades 3-8 were constructed for reading and mathematics, with time (level-1) nested within students (level-2) and districts (level-3). Results demonstrated that although student-level demographic factors account for the majority of meaningful differences in student growth, both district demographic characteristics and financial investment in students were related to growth for students who received special education services. 2015-08-18T23:09:23Z 2015-08-18T23:09:23Z 2015-08-18 Electronic Thesis or Dissertation http://hdl.handle.net/1794/19306 en_US Creative Commons BY-NC-ND 4.0-US University of Oregon
collection NDLTD
language en_US
sources NDLTD
topic Accountability
Education finance
Multilevel modeling
Student growth
Students with disabilities
spellingShingle Accountability
Education finance
Multilevel modeling
Student growth
Students with disabilities
Saven, Jessica
Do Dollars Matter Beyond Demographics? District Contributions to Reading and Mathematics Growth for Students with Disabilities
description Growth modeling in education has focused on student characteristics in multilevel growth accountability models and has rarely included financial variables. In this dissertation, relations of several demographic and financial characteristics of Oregon school districts to the reading and mathematics growth of students receiving special education services in Grades 3-8 were explored after accounting for student level demographic characteristics. Previous research indicated that three variables were potentially related to student growth: district level aggregated student demographics, district geography (e.g., location in a remote area), and district funding. Three sources of data were used to investigate these relationships: institutional data reported by the Oregon Department of Education, the Common Core of Data gathered by the National Center for Education Statistics, and Oregon Assessment of Knowledge and Skills test data collected as part of the National Center on Assessment and Accountability in Special Education. Multi-level models of student growth across Grades 3-8 were constructed for reading and mathematics, with time (level-1) nested within students (level-2) and districts (level-3). Results demonstrated that although student-level demographic factors account for the majority of meaningful differences in student growth, both district demographic characteristics and financial investment in students were related to growth for students who received special education services.
author2 Tindal, Gerald
author_facet Tindal, Gerald
Saven, Jessica
author Saven, Jessica
author_sort Saven, Jessica
title Do Dollars Matter Beyond Demographics? District Contributions to Reading and Mathematics Growth for Students with Disabilities
title_short Do Dollars Matter Beyond Demographics? District Contributions to Reading and Mathematics Growth for Students with Disabilities
title_full Do Dollars Matter Beyond Demographics? District Contributions to Reading and Mathematics Growth for Students with Disabilities
title_fullStr Do Dollars Matter Beyond Demographics? District Contributions to Reading and Mathematics Growth for Students with Disabilities
title_full_unstemmed Do Dollars Matter Beyond Demographics? District Contributions to Reading and Mathematics Growth for Students with Disabilities
title_sort do dollars matter beyond demographics? district contributions to reading and mathematics growth for students with disabilities
publisher University of Oregon
publishDate 2015
url http://hdl.handle.net/1794/19306
work_keys_str_mv AT savenjessica dodollarsmatterbeyonddemographicsdistrictcontributionstoreadingandmathematicsgrowthforstudentswithdisabilities
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