A CASE STUDY of ADMINISTRATOR, TEACHER, AND PARENT PERCEPTIONS AND USAGE OF INFINITE CAMPUS AT THE SECONDARY LEVEL

Research has shown that parent involvement has been associated with positive academic outcomes, including but not limited to, increased academic performance, lower rates of retention/failure, increased self-regulatory behavior, higher social functioning, and reduced special education placements (Anderson & Minke, 2007; Scharton, 2019). The use of on-line data management systems has proliferated over the course of the past decade. Throughout the 1990s, computer technology rapidly expanded in United States public schools. Between 1996-1997, U.S. school districts had added 500,000 computers for administrative use (Darby & Hughes, 2005). The passage of No Child Left behind (NCLB) and Race to the Top bolstered the use of technology in U.S. schools. With an increased emphasis placed on school to home connection, technology-based Student Information Systems grew increasingly common (Hughes, 2005; Epstein, 2004). Student information systems provide teachers, parents, and students the ability to monitor relevant student data, include a portal for parents to access information about their students, offer reporting capabilities, manage student admissions, and provide modules for school staff. Additionally, they serve as a communication tool that connect school activity with interested parties (parents, teachers, and administrators). Commonly known examples of SIS include, but are not limited to; PowerSchool SIS, Skyward, Gradelink, Infinite Campus, and a host of others. Commonalities often include the posting of academic and attendance data to parents, and students (“Best K-12”, 2020). School to home communication has been determined to play an influential role in student achievement (Anderson & Minke, 2007; Epstein, 2010; Henderson & Mapp, 2002; Scharton, 2019), however, few research studies exist examining the landscape of the Infinite Campus Parent Portal as a communication vehicle, along with the parent, teacher, and administrator perceptions of this informational systems. The purpose of this study is to understand the use of Infinite Campus and to determine the extent to which information posted therein inspires intervention (e.g., contact with school officials, academic support at home, etc.) Results from this study will provide schools/districts with a greater understanding of parent/guardian Infinite Campus usage patterns and present the District with an opportunity to further enhance their communication capacities

Slip history of the 2003 San Simeon earthquake constrained by combining 1-Hz GPS, strong motion, and teleseismic data

The slip history of the 2003 San Simeon earthquake is constrained by combining strong motion and teleseismic data, along with GPS static offsets and 1-Hz GPS observations. Comparisons of a 1-Hz GPS time series and a co-located strong motion data are in very good agreement, demonstrating a new application of GPS. The inversion results for this event indicate that the rupture initiated at a depth of 8.5 km and propagated southeastwards with a speed ~3.0 km/sec, with rake vectors forming a fan structure around the hypocenter. We obtained a peak slip of 2.8 m and total seismic moment of 6.2 × 10^(18) Nm. We interpret the slip distribution as indicating that the hanging wall rotates relative to the footwall around the hypocenter, in a sense that appears consistent with the shape of the mapped fault trace

Remembering Lutheran Campus Ministry For the Sake of the Gospel

This Article was created from the “Remembering Campus Ministry” video (posted November 15, 2022) and shown via Zoom–Share Screen during Webinar 2. Watch the video at https://youtu.be/mcna_jp3iEM. The video was followed by reflections by Rev. Dr. Bishop Donald W. Sjoberg and Rev. Dr. Bishop Susan C. Johnson, both of whom were active in Lutheran Campus Ministry and the Lutheran Student Movement in Canada. See also “Gathering and Sending: Welcome, Greetings, Blessings Webinar 2 (Donald W. Sjoberg, Susan C. Johnson)” in this issue

Estimated Future Production of Desalinated Seawater in the MENA Countries and Consequences for the Recipients

Seawater desalination constitutes an important source for water supply to the population bordering the Arabian Gulf, the Mediterranean Sea, and the Red Sea. Desalination has advantages and disadvantages which may depend on the region, location, technology, impact and amount of fresh water production. Desalination may also have other impacts. For example, chemicals added in the pre-treatment stages could harm the fish production as well as the marine life in general.The total land area in the three regions represents about 11.8% of the world land area and the countries host approximately 9% of the world population in the three years 1950, 2008 and 2050. Population statistics for a 100-year period has been used inclusive a prognosis from 2010 to 2050. Data on desalination plant capacity covering 12 years from 1996 to 2008 has been summarized and a prognosis of the increase in desalination for the three regions until 2050 developed. The results obtained for desalination capacity in the study area were 62%, 58%, and 60% of the world capacity for 1996, 2008, and 2050, respectively. This study also included estimates of the desalination capacity in cubic meter per capita of fresh water in the years 1996, 2008, and 2050: this capacity is about 1.2, 2.5, and 4.7 m3/capita/yr in the world compared to 7.7, 15.6, and 30 m3/capita/yr in the study area. The increase in the recovery ratio is considered as one important factor in this study. In 1996 this ratio was about 30 to 35%, and in 2008 it was 40 to 45%, yet in some plants reaching up to 50%. Brine discharge will increase the salinities of the Arabian Gulf, Mediterranean Sea and Red Sea, with respectively some extra 2.24, 0.81 and 1.16 g/l in the year 2050

Analysis of Energy Efficient/passive Solar Housing with Implications for Technology Transfer in Oklahoma

The design of energy efficient homes has been my avocation si nee leaving professional architectural practice in 1980. It has been a unique opportunity to be in the situation where the time is available for an extensive post occupancy evaluation of these homes. I have not intended that these residential projects be judged by current 11 architectural11 theory, for they were designed to avoid architectural gymnastics and fit into the Oklahoma streetscape. If the projects are to be evaluated on the basis of energy efficiency, thermal comfort, and satisfaction provided the owners, there is evidence of success. The owners of the homes were their own interior designers. Five homes designed by the researcher are evaluated in simple, easily understandable terms, to establish how efficient they really are and, more importantly, to see if the homes helped disseminate the virtues and advantages of passive solar residential design to the persons that have worked on or visited the homes.Environmental Scienc

Changes in Producers’ Perceptions of Within-field Yield Variability Following Adoption of Cotton Yield Monitors

Precision Farming, Risk, Yield Monitor, Yield Variability, Yield Perceptions, Spatial Yield Distributions, Within Field Variability, Farm Management, Production Economics, Risk and Uncertainty, Q12, Q16,

Reactions of C+ + Cl-, Br-, and I--A comparison of theory and experiment.

Rate constants for the reactions of C+ + Cl-, Br-, and I- were measured at 300 K using the variable electron and neutral density electron attachment mass spectrometry technique in a flowing afterglow Langmuir probe apparatus. Upper bounds of <10-8 cm3 s-1 were found for the reaction of C+ with Br- and I-, and a rate constant of 4.2 ± 1.1 × 10-9 cm3 s-1 was measured for the reaction with Cl-. The C+ + Cl- mutual neutralization reaction was studied theoretically from first principles, and a rate constant of 3.9 × 10-10 cm3 s-1, an order of magnitude smaller than experiment, was obtained with spin-orbit interactions included using a semiempirical model. The discrepancy between the measured and calculated rate constants could be explained by the fact that in the experiment, the total loss of C+ ions was measured, while the theoretical treatment did not include the associative ionization channel. The charge transfer was found to take place at small internuclear distances, and the spin-orbit interaction was found to have a minor effect on the rate constant