The invisible obstacle to educational equality: gender bias in textbooks

Gender bias in textbooks (GBIT) is a low-profile education issue, given the 72,000,000 children who still have no access to schooling, but this article argues that GBIT is: (1) an important, (2) near-universal, (3) remarkably uniform, (4) quite persistent but (5) virtually invisible obstacle on the road to gender equality in education—an obstacle camouflaged by taken-for-granted stereotypes about gender roles. Specifically, GBIT: (1) is important because (a) textbooks occupy ~80% of classroom time, and (b) it may contribute to lowering girls’ achievements, especially in weak schools in poor countries; (2) has been found worldwide to varying degrees (except, perhaps, Sweden in recent years); (3) involves nearly identical patterns of under-representation of females, plus stereotypes of both genders’ occupational and household roles that overwhelmingly underplay women’s rising worldly importance; (4) is decreasing very slowly, according to “second generation” re-studies; and (5) remains obscured by the “hidden-in-plain-sight” system of gender stratification and roles. Case studies from Syria, India, Romania, China and the US document these points. Other case studies from Sweden and Latin America describe government initiatives to reduce GBIT, with differing levels of success. Totally revising textbooks (and curricula) to eliminate this bias is quite unlikely, partly because it is very costly. The article concludes by presenting inexpensive alternate methods that can combat GBIT.     

Analysis of Open Access Landscape

This paper is created by bounding 5 editorials of Public Library of Science （PLoS） which have written on various aspects of open access. It covers wide range topics of important open access issues, such as from paying for open access to copyright to open access as a public issue, which may be more or less of interest of our audience.     

Cognitive functioning in learning-disabled and nonlearning-disabled secondary level students

A study was conducted to compare on a number of specialized cognitive procedures the performance of high school students designated as learning disabled (LD) with the performance of nonlearning-disabled students experiencing learning difficulties (nonLD). Both groups were then compared with a control group of typical learners. Results indicate that when taken as a group LD and nonLD students differed significantly from a control group of typical learners on 6 of 16 variables. LD students differed from nonLD students with learning difficulties on 5 of 16 variables. The performance of LD and nonLD students with learning difficulties indicates patterns of cognitive functioning that differ from those of typical learners. The possibility of the development of compensatory cognitive styles in LD and nonLD students and their implications are discussed.     

Using Task Clarification,Checklists and Performance Feedback to Improve the Appearance of a Grocery Store

An intervention package of task clarification, checklists, and posted performance feedback was developed to increase completion of tasks contributing to the appearance of a local grocery store. The intervention package was based on an informal diagnostic assessment that examined antecedents, equipment and processes, knowledge and skills, and consequences in the organizational environment. A multiple baseline design across five departments was utilized to evaluate the effects of the intervention package on employee cleaning behavior related to the appearance of the store. The results suggest overall improvement of task completion across the five departments observed, with substantial increases resulting from application of the intervention. The mean percentage of tasks completed in the deli department increased by 36%; by 93% in the meat department; by 38% in the frozen department; by 25% in the produce department; and by 34% in the front‐end department. The average increase of task completion across departments was more than 45%. The results of this study are consistent with those of Anderson, Crowell, Hantula, and Siroky (1988), as well as with La Fleur and Hyten (1995), demonstrating that task clarification, checklists, and feedback have positive effects on work performance.     

Infusion of Multicultural Issues in Curricula: A Student Perspective

To explore perceptions of the impact of a multicultural infusion project, current and former university students described classroom incidents that had strengthened their understanding of multiculturalism. They discussed why these incidents increased their multicultural awareness and how their interactions with others were changed. Participants described 155 incidents. These were sorted into 18 categories of pedagogical techniques and classroom composition or dynamics that promoted multicultural awareness. Former students reported that addressing multicultural issues in courses had a long-term impact on knowledge, attitudes, and professional skills. However, such benefits were not specific to classes that had been targeted for curriculum revision.     

Student teacher challenges: using the cognitive load theory as an explanatory lens

Cognitive load theory (CLT) can explain the challenges faced by student teachers. This study, guided by the CLT, included 26 pre-service teachers. Participants completed a cognitive load self-report questionnaire and were interviewed at two points during their student teaching. Results revealed that student teachers decreased mental effort related to monitoring their students’ level of attention, meeting needs of diverse learners, and managing internal and external distractions. Qualitative analysis revealed: (1) student teachers became aware of limited cognitive resources; (2) lesson planning imposes cognitive load during student teaching; and (3) cognitive overload limits the ability to make modifications during teaching.     

Using a computer-aided personalized system of instruction to enhance the mastery of statistics in online learning

This study compared the effectiveness of teaching a distance education statistics course using a computer-aided personalized system of instruction (CAPSI) in comparison to a distance education course that used video lectures. Data were collected between 2017 and 2022. Two-hundred and sixty-eight students were included in the sample. Results supported that students enrolled in the CAPSI statistics course were less likely to drop out of the course and mastered significantly more material than students enrolled in the lecture-based distance education course. It is recommended that instructors teaching statistics in distance education settings consider using CAPSI to improve student outcomes.