Search Results: (1-15 of 44 records)
|REL 2020005||Associations between the qualifications of middle school Algebra I teachers and student math achievement
This report describes the associations between middle school teacher qualifications and student achievement in Algebra I. The authors used data provided by the Missouri Department of Elementary and Secondary Education. Results suggest that the teacher qualification most strongly associated with middle school student achievement in Algebra I was performance on mathematics certification exams, followed by years of experience teaching mathematics. Teacher performance on mathematics certification exams and years of experience teaching mathematics were also strongly associated with achievement in Algebra I for under-represented and disadvantaged student subgroups.
|NCEE 20194005||Do Charter Middle Schools Improve Students' College Outcomes?
A study from the National Center for Education Evaluation and Regional Assistance (NCEE) obtained college enrollment and completion data for students who — more than a decade ago — entered lotteries to be admitted to 31 charter middle schools across the United States. College outcomes were compared for 1,723 randomly selected "lottery winners" and 1,150 randomly selected "lottery losers". The study found that being admitted to a charter middle school did not affect college outcomes. Also, there was not a consistent relationship between a charter school's impact on middle school achievement and the school's impact on college outcomes.
|NCES 2019031||Findings and Recommendations from the National Assessment of Educational Progress (NAEP) 2017 Pilot Study of the Middle School Transcript Study (MSTS): Methodological Report, NCES 2019-031
This report summarizes the methodological findings of a pilot study that was designed to test the feasibility of collecting eighth-grade student transcript and course catalog data via electronic submissions.
The transcript data of eighth-grade students from Trial Urban District Assessments (TUDA) schools that participated in the NAEP 2017 eighth-grade mathematics and reading assessments were collected.
|NFES 2019035||Forum Guide to Early Warning Systems
The Forum Guide to Early Warning Systems provides information and best practices to help education agencies plan, develop, implement, and use an early warning system in their agency to inform interventions that improve student outcomes. The document includes a review of early warning systems and their use in education agencies and explains the role of early warning indicators, quality data, and analytical models in early warning systems. It also describes how to adopt an effective system planning process and recommends best practices for early warning system development, implementation, and use. The document highlights seven case studies from state and local education agencies who have implemented, or are in the process of implementing, an early warning system.
|REL 2017235||Examining school-level reading and math proficiency trends and changes in achievement gaps for grades 3-8 in Florida, Mississippi, and North Carolina
The purpose of this study was to use growth curve modeling to investigate school-level reading and mathematics achievement trends on the state accountability assessment in Florida, Mississippi, and North Carolina for grades 3-8. In addition, this study investigated school-level achievement trends for race/ethnicity subgroups and for free or reduced-price lunch eligibility to determine if significant changes in achievement gaps occurred over the 4-6 years studied for each state. Results indicated that in general, average school-level proficiency increased for most subgroups across grades and subjects in all three states. In addition, reductions in achievement gaps were observed for most grades in reading and mathematics. However, achievement gaps remained large despite the observed reductions. The use of growth curve modeling in the current study provides stakeholders in Florida, Mississippi, and North Carolina with a more in-depth understanding of trends in school-level proficiency than would have been possible using just the sample mean.
|NCES 2017056||Certification Status and Experience of U.S. Public School Teachers: Variations Across Student Subgroups
This report provides a snapshot of the extent to which U.S. public schools students are taught by certified and experienced teachers using two available datasets. The Schools and Staffing Survey (SASS) provides a comprehensive picture, as it includes teachers of K–12 students in all subjects and the National Assessment of Educational Progress (NAEP) provides a picture specific to grades 4 and 8. In addition, NAEP data are directly related to teachers of two key subjects: reading and mathematics. SASS data are available for the 2011–12 school year and NAEP data are available for 2013 and 2015.
|REL 2017212||How are middle school climate and academic performance related across schools and over time?
The purpose of this study was to examine the relationship between school climate and academic performance in two different ways: (1) by comparing the academic performance of different schools with different levels of school climate and (2) by examining how changes in a school's climate were associated with changes in its students' academic achievement. To examine how school climate and academic performance are related, this study analyzed grade 7 student data from 2004/05 to 2010/11 from the California Healthy Kids Survey, the California Standardized Testing and Reporting program, and the California Basic Educational Data System for 978 middle schools in California. School climate was measured by a set of student survey questions that assessed students' perceptions about six domains of school climate. Schools with positive school climates were those in which students reported high levels of safety/connectedness, caring relationships with adults, and meaningful student participation, as well as low levels of substance use at school, bullying/discrimination, and student delinquency. Regression models were used to estimate the relationship between student-reported school climate and students' average academic performance across schools. Regression models were also used to estimate how, for a given school, academic performance changes as school climate changes. All models included controls for racial/ethnic composition, percentage of English learners, and percentage of students eligible for free/reduced-price meals. The study found that (1) middle schools with higher levels of positive student-reported school climate exhibited higher levels of academic performance; (2) increases in a school's level of positive student-reported school climate were associated with simultaneous increases in that school's academic achievement; and (3) within-school increases in academic achievement associated with school climate increases were substantially smaller than the academic performance differences across schools with different school climate levels. As positive school climate is continuing to gain more attention as a lever to improve student learning, there is increasing interest in how improvements in school climate are related to improvements in academic performance. Most studies examining the school climate-academic performance relationship compare the academic achievement across schools with different levels of school climate. Although the results of this study found that schools with high levels of positive school climate exhibited substantially higher levels of academic performance than their counterparts with low levels of positive school climate, such differences across schools were not an accurate guide for predicting the magnitude of school-specific gains in academic performance associated with increases in school climate.
|WWC IRL665||READ 180
This What Works Clearinghouse (WWC) report on READ 180 updates the WWC's 2009 review of the program to incorporate reviews of 71 new studies and assess all studies against current WWC standards. READ 180 is a reading program designed for struggling readers who are reading two or more years below grade level. Based on this updated review of the research, the WWC found READ 180 to have positive effects on comprehension and general literacy achievement, potentially positive effects on reading fluency, and no discernible effects on alphabetics for adolescent readers.
|REL 2017202||The characteristics and education outcomes of American Indian students in grades 6–12 in North Carolina
The purpose of this study was to compare American Indian students in grades 6–12 in North Carolina to all other students in the same grades both within the same schools and statewide on student demographics, school characteristics, and education outcomes. The North Carolina State Advisory Council on Indian Education (SACIE) requested this research based on a prior report identifying achievement gaps between American Indian students and White students. The primary source of quantitative data for this study is longitudinal administrative data provided to the Education Policy Initiative at Carolina by the North Carolina Department of Public Instruction (NCDPI). These data include student-level outcomes for all students in grades 6–12 in North Carolina public schools for the school years 2010/11 through 2013/14. Outcomes considered include state test scores, attendance, retention in grade, advanced course taking, graduation rates, and disciplinary referrals. Quantitative analyses include all American Indian students in grades 6–12 in North Carolina public schools for school years 2010/11 through 2013/14. Students of other ethnicities in the same grades and years both within the same schools and statewide serve as comparison groups. Descriptive analyses compare averages for all student characteristics, school characteristics, and education outcomes for American Indian students compared to their within school and statewide peers. Regression analyses using multilevel modeling were used examine the extent to which controlling for student, school, and teacher characteristics accounts for differences in outcomes between American Indian students and their peers. The analyses found that American Indian students are demographically different from non-American Indian students statewide, but similar to other students attending the same schools. Schools attended by American Indian students are more likely to be rural and in the Coastal plain. American Indians also tend to attend schools that serve more economically disadvantaged students and more disadvantaged minority students. Across all middle school and high school standardized tests, American Indian students have lower average scores than other students statewide and within the same schools. American Indian students are absent more often on average than their peers both statewide and within the same school, are less likely to take advanced courses, and graduate at lower rates, but are equally likely to be retained in grade as their peers. When school and student demographics are held constant, the size of the gaps on most outcomes between American Indian students and their peers both within the same schools and statewide are substantially reduced.
|NFES 2017016||Forum Guide to Data Visualization: A Resource for Education Agencies
The purpose of this publication is to recommend data visualization practices that will help education agencies communicate data meaning in visual formats that are accessible, accurate, and actionable for a wide range of education stakeholders. Although this resource is designed for staff in education agencies, many of the visualization principles apply to other fields as well.
|NFES 2017017||Forum Guide to Collecting and Using Disaggregated Data on Racial/Ethnic subgroups
The Forum Guide to Collecting and Using Disaggregated Data on Racial/Ethnic Subgroups discusses strategies for collecting data on more detailed racial/ethnic subgroups than the seven categories used in federal reporting. This guide is intended to help state and district personnel learn more about data disaggregation in the field of education, decide whether this effort might be appropriate for them, and, if so, how to implement or continue a data disaggregation project. Access to and analysis of more detailed—that is, disaggregated—data can be a useful tool for improving educational outcomes for small groups of students who otherwise would not be distinguishable in the aggregated data used for federal reporting. Disaggregating student data can help schools and communities plan appropriate programs, decide which interventions to select, use limited resources where they are needed most, and see important trends in educational outcomes and achievement.
|REL 2016224||Self-study guide for implementing literacy interventions in Grades 3-8
The Grades 3–8 Self-Study Guide for Implementing Literacy Interventions was developed to help district- and school-based practitioners conduct self-studies for planning and implementing literacy interventions. It is intended to promote reflection about current strengths and challenges in planning for implementation of literacy interventions, spark conversations among staff, and identify areas for improvement. This guide provides a template for data collection and guiding questions for discussion that may improve the implementation of literacy interventions.
|REL 2016122||A Review of the Literature to Identify Leading Indicators Related to Hispanic STEM Postsecondary Educational Outcomes
The purpose of this study was to review recent peer-reviewed studies in order to identify malleable factors measured in K–12 settings that are related to students' postsecondary STEM success, particularly for Hispanic students. Postsecondary STEM success was defined as enrollment in, persistence in, and completion of postsecondary STEM majors or degrees. Twenty-three relevant studies were identified, yet only 4 examined K–12 factors predictive of postsecondary STEM success specifically for Hispanic students. The review found that the number of high school mathematics and science courses taken, and the level of those courses is a consistent predictor of postsecondary STEM outcomes for all student subgroups. However, the literature indicates that minority students, including Hispanics, were less likely to take the highest-level mathematics and science courses. Students' interest and confidence in STEM at the K–12 levels was also predictive of postsecondary STEM success. Yet, despite lower levels of postsecondary STEM success, some studies indicate racial/ethnic minority and White students had similar levels of interest and confidence in STEM. The reviewed research suggests that reducing disparities in mathematics and science preparation between Hispanic and White students and increasing the rates at which Hispanic students take high-level mathematics and science classes has promise for informing interventions designed to improve STEM outcomes.
|NCES 2016063||Teaching and Learning International Survey (TALIS) 2013 U.S. public-use data files and documentation
The TALIS 2013 U.S. public-use data files and documentation include the following: U.S. national TALIS 2013 data in ASCII text format, including variables unique to the United States; SPSS data files; SAS control files for reading the data and producing SAS system files; codebooks; illustrative code for merging school and teacher-level files; a Read Me file, and a Quick Guide. The U.S. TALIS 2013 data files are formatted so that they can be easily merged with the TALIS international data files, available from the OECD at http://stats.oecd.org/Index.aspx?datasetcode=talis_2013%20. Users of this data should also consult the TALIS 2013 U.S. Technical Report available for viewing and downloading at http://nces.ed.gov/pubsearch/pubsinfo.asp?pubid=2015010.
|NCES 2016064||Teaching and Learning International Survey (TALIS) 2013 U.S. restricted-use data files and documentation
The TALIS 2013 U.S. restricted-use data files and documentation include the following: U.S. national TALIS 2013 data in ASCII text format, including variables unique to the United States; SPSS data files; SAS control files for reading the data and producing SAS system files; codebooks; illustrative code for merging school and teacher-level files; a Read Me file, and a Quick Guide. The TALIS 2013 U.S. restricted-use data files include NCES school IDs that facilitate merging with the Common Core of Data (CCD) for public schools and the Private School Universe Survey (PSS) for private schools. Users of this data should also consult the TALIS 2013 U.S. Technical Report available for viewing and downloading at http://nces.ed.gov/pubsearch/pubsinfo.asp?pubid=2015010.