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Data SGP is a system that utilizes longitudinal student data to produce statistical growth plots (SGPs). These graphs display percentile ranks of students’ current test scores relative to those with similar prior achievement levels and can be used to monitor academic progress along their academic pathway. As opposed to unadjusted test score scores, SGPs compensate for estimation errors and give a more comprehensive view of student performance.
SGP analyses require a combination of standardized and domain-specific variables, including student identification, subject, grade level and achievement data. Furthermore, an SGP package includes lower level functions and wrapper functions that simplify operational SGP analyses by eliminating the need to implement complex models manually.
To perform SGP analyses, users must create data sets in one of two SGP formats: WIDE or LONG. WIDE formatted data are typically utilized by lower level functions like studentGrowthPercentiles and studentGrowthProjections while higher level wrapper functions typically utilize LONG data instead. It is generally recommended that most analyses utilize LONG format as it offers storage and preparation advantages over WIDE formats.
Example data sets that comply with this framework include the sgptData_LONG data set that provides anonymized LONG formatted data sets from three content areas over 8 windows (3 windows annually). The required variables included here include VALID_CASE, CONTENT_AREA, YEAR, ID, SCALE_SCORE GRADE LEVEL ACHIEVEMENT_LEVEL among others. In addition, additional demographic/student categorization variables that can be utilized by higher level wrapper functions to produce student aggregates for SGP analyses.
At present, the SGP project is working toward amassing or creating multiproxy sedimentary geochemical data from each Paleozoic Epoch and Neoproterozoic time slice spanning both Paleozoic Epochs. This has required significant effort in order to identify, collect, or generate multiproxy information in various regions across the planet – an achievement which represents a major contribution towards Earth’s geochemical database.
Future endeavors aim to expand upon this effort by exploring more geologically significant time slices. Working alongside partners, we will continue to compile and generate geochemical data from existing databases and develop innovative techniques for analyzing an ever-increasing amount of geochemical and petrological information available today. These data will be made freely available to scientists and researchers around the globe, with its purpose being to increase our collective understanding of earth history, as well as an improved comprehension of fundamental processes responsible for shaping it into what it is today and anticipated changes going forward.