Slate, John R.
Permanent URI for this collectionhttps://hdl.handle.net/20.500.11875/4613
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Item An Exemplar for Teaching and Learning Qualitative Research(The Qualitative Report, 2012) Onwuegbuzie, Anthony J.; Leech, Nancy L.; Slate, John R.; Stark, Marcella; Sharma, Bipin; Frels, Rebecca; Harris, Kristin; Combs, Julie P.In this article, we outline a course wherein the instructors teach students how to conduct rigorous qualitative research. We discuss the four major distinct, but overlapping, phases of the course: conceptual/theoretical, technical, applied, and emergent scholar. Students write several qualitative reports, called qualitative notebooks, which involve data that they collect (via three different types of interviews), analyze (using nine qualitative analysis techniques via qualitative software), and interpret. Each notebook is edited by the instructors to help them improve the quality of subsequent notebook reports. Finally, we advocate asking students who have previously taken this course to team-teach future courses. We hope that our exemplar for teaching and learning qualitative research will be useful for teachers and students alike.Item Academic Achievement for Fifth-Grade Students in Elementary and Intermediate School Settings: Grade Span Configurations(Current Issues in Education, 2011) Combs, Julie P.; Clark, David M; Moore, George W.; Onwuegbuzie, Anthony K.; Edmonson, Stacy L.; Slate, John R.Few researchers have addressed student achievement outcomes as a function of grade span configurations for older elementary-aged students. Thus, this study was designed to determine differences between students’ Grade 5 reading and mathematics achievement in elementary schools (K–5) as compared to intermediate schools (Grade 5, 5–6) for 5 academic years. Using archival statewide data, researchers used a rigorous five-step distance-based formula to match elementary schools to intermediate schools on four demographic/school characteristic variables. Students in K-5 settings attained statistically significantly higher levels of reading and mathematics achievement than did their counterparts, with moderate mean effect sizes of 0.37 and 0.47, respectively.Item Math and Reading Differences Between 6-8 and K-8 Grade Span Configurations: A Multiyear, Statewide Analysis(Current Issues in Education, 2013-08-15) Clark, David M; Slate, John R.; Combs, Julie P.; Moore, George W.We analyzed the effect of grade span configurations (i.e., 6-8 versus K-8) on reading and math performance in Texas public schools for the last 5 school years. Participants in this study were 628 Texas schools (i.e., 314 middle schools and 314 K-8 schools) distributed across the 5 school years examined. Schools configured as K-8 schools were matched to middle schools using a rigorous distance-based formula. All 15 reading comparisons (i.e., grade level by school year) yielded statistically significant results, with effect sizes ranging from small to large. Eleven of the 15 math comparisons yielded statistically significant results, with all of the effect sizes being small. Regardless of student grade level or school year examined, students who were enrolled in K-8 schools had higher average passing rates on the TAKS Reading and Math assessments than did students enrolled in middle schools. Implications of our findings are discussed.