The Relationship Between Academic Growth Percentiles and Student Perceptions of School Climate Among Sixth Grade Students


Book Description

This quantitative, correlational design seeks to determine if students’ academic growth during the sixth-grade transition can be predicted by school climate and school climate dimensions. The results of the study will allow leaders to provide targeted support in the areas of school climate that have the greatest impact. The study consists of 150 middle schools in the state of Georgia. The Georgia Student Health Survey was used to determine sixth-grade student perceptions of the school's climate. The Georgia Department of Education determined student academic growth through the Georgia Student Growth Model in the area of language arts at each middle school. Results indicated that there was a statistically significant predictive relationship between student perceptions of school climate and students’ academic growth during the sixth-grade transition year. Moreover, there is a statistically significant predictive relationship between the combination of the six dimensions of school climate and students’ academic growth. However, the study found no individual dimension of school climate significantly predict students’ academic growth during sixth-grade.




How Are Middle School Climate and Academic Performance Related Across Schools and Over Time?


Book Description

A growing number of educators concur that, in order to improve student academic performance, schools need to focus not only on students' academic needs but also on their social, emotional, and material needs (Piscatelli & Lee, 2011). As a result, school climate--the social, emotional, and physical characteristics of a school community (Cohen, McCabe, Michelli, & Pickeral, 2009)--is gaining more attention as a lever to improve student academic performance. Most studies on the relationship between school climate and academic performance assert that a more positive school climate promotes higher academic performance. But evidence of a relationship between the two is weak. These studies generally are based on data collected at a single point in time and compare academic performance across schools with different school climates. They show that academic performance is higher in schools with a more positive school climate at single points in time. However, little evidence exists that changes in school climate over time are associated with changes in academic performance. This study used grade 7 student data from the California Healthy Kids Survey and administrative data for approximately 1,000 middle schools in California for 2004/05-2010/11 to measure students' perceptions about six domains of school climate. Schools with a positive school climate were those in which students reported high levels of safety/connectedness, caring relationships with adults, and meaningful student participation and low rates of substance use at school, bullying/discrimination, and student delinquency. School-level academic performance was measured using grade 7 California Standards Test scores in English language arts and math. The study team examined the relationship between school climate and academic performance across schools to determine whether in a given year California middle schools with a more positive school climate had higher academic performance. The study team also sought to determine how academic performance for a given school improved as school climate improved by examining how changes in school climate over two-year intervals were related to changes in average academic performance. Key findings include: (1) Schools with a more positive student-reported school climate had higher academic performance in English language arts and math; (2) Changes in a school's student-reported school climate over time were associated with changes in academic performance at that school; and (3) The changes in academic performance within a school that were associated with changes in student-reported school climate over time were substantially smaller than the differences in academic performance across schools with different school climate values in a given year. For example, in a given year schools at the 50th percentile on school climate were at the 48th percentile on math performance, on average, while schools at the 60th percentile on school climate were at the 51st percentile on math performance. This finding suggests that an improvement of 10 percentile points in school climate would be associated with an average 3 percentile point increase in academic performance. However, when followed over time, schools with a 10 percentile point increase in student perceptions of school climate averaged a less than 1 percentile point increase in academic performance. The following are appended: (1) School climate domains measured on the California Healthy Kids Survey, grade 7 students; (2) Data and methodology; and (3) Cross-sectional and longitudinal associations between school climate and academic performance in percentile point and standard deviation metrics.







An Examination of the Relationship Between School Climate, Self-Determined Academic Motivation, and Academic Outcomes Among Middle and High School Students


Book Description

The purpose of this study was to explore connections among student perceptions of specific school climate-factors, self-determined academic motivation, and academic outcomes in a sample of middle and high school students (sixth through eleventh grade). Structural equation modeling techniques were used to identify meaningful grade specific associations within a sample of 2,463 students. The school climate factors of perceived teacher support, peer support, and school bullying emerged as the most salient school climate-based predictors of academic motivation factors. Perceived teacher support positively predicted academic competence and relatedness, whereas school bullying negatively predicted relatedness. Student academic competence, in turn, was found to negatively predict amotivation and to positively predict of GPA, after controlling for previous standardized test scores. Results were found to be consistent across grades. The implications of these findings in regards to school stakeholder practices and future research directions within the school climate and academic motivation literature bases are discussed.




The Relationship Between Student Perceptions of School Climate Domains and Academic Achievement in Rural Schools


Book Description

The purpose of this study was to determine how accurately student achievement in reading could be predicted by student perceptions of certain school climate domains (student support, disciplinary structure, academic expectations, student engagement, and the prevalence of teasing and bullying). Research demonstrated a predictive relationship between school climate domains and student academic achievement. This study applied a quantitative, correlational design to determine the predictive ability of school climate domains on student achievement in reading in rural schools. Rural school outcomes were measured by student responses for each climate domain on the 2018 Virginia School Climate Survey while academic achievement in reading was measured by school pass rates on the 2018 Virginia reading end-of-course standards-of-learning assessment. All 102 rural Virginia high schools were included in this study. Results indicated that while a weak association existed between student perceptions of school climate domains and student achievement in rural schools, a linear combination of student perceptions of school climate domains was not significantly predictive of student achievement in rural schools.







Student Perceptions of School Climate


Book Description

Students spend an average of 10,000 hours in classrooms by the time they reach middle school; they represent a valuable source of school climate data. Students' perceptions of the school and classroom climate give an insider's reflection of the actual climate that an outside observer would not capture. Rather than analyzing school and classroom climate as an aggregated totality, the purpose of this study was to disaggregate the data to examine the effects of gender, grade level, and subject area on climate perceptions at an intermediate school. The study addressed the following questions: (a) Do students' perceptions of school and classroom climate significantly vary with gender? (b) Do students' perceptions of school and classroom climate significantly vary with grade level? (c) Do students' perceptions of school and classroom climate significantly vary with subject area (math, reading, and science)? Climate data from the student survey were disaggregated to evaluate the effects of multiple independent variables on multiple dependent variables using a multivariate analysis of variance (MANOVA), Tests of Between-Subjects Effects, and Tukey's HSD. The data revealed that the three independent variables (gender, grade level, and subject area) have significant effects on the five dependent variables (climate themes: Prevention, Caring, Cooperation, Organization, and Community). The Tests of Between-Subjects Effects indicated statistically significant effects for gender within the Prevention Theme; grade level within the Caring Theme; and subject area within the Prevention, Caring, and Organization Themes. This study embarks on promising research that explores school and classroom climate disaggregated by gender, grade level (fifth-sixth grade), and subject area (math, reading, and science).




Longitudinal Effects of School Climate on Middle-school Students' Academic, Social-emotional and Behavioral Outcomes


Book Description

Millions of youth are at risk for low academic achievement, school dropout, risky behavior, bullying, and mental health concerns, especially those living in rural areas. Protective factors can reduce the likelihood of children and adolescents experiencing these negative outcomes. Research shows that positive school climate is a powerful protective factor for youth. The present study investigated the longitudinal relations between middle school students' school climate perceptions and their academic, social-emotional, and behavioral development over two years. Specifically, 510 students in grades 5-9 from six rural schools rated their support and influence at school as well as their internalizing problems, personal adjustment, and risky behavior. Students' academic performance was progress monitored using reading and math curriculum-based measures. Data were examined using Hierarchical Linear Modeling (HLM). Results revealed significant relations between students' perceived school climate and their social-emotional, behavioral, and mathematics outcomes over time. Further, school climate was a predictor of students' future involvement in risky behavior. There was a slight negative trend in students' perceived school climate as well as increases in their social-emotional problems and risky behavior, which suggests the need to implement evidence-based school climate improvement strategies aligned to students' developmental levels. Findings indicate the importance of incorporating school climate assessment and improvement strategies in school practices and policies to enhance student outcomes and school contexts. Limitations and future directions for research are discussed based on results from the present study and the school climate literature. Overall, school climate significantly influences outcomes for youth.




Research in Education


Book Description