Gender differences in school achievement: a within-class perspective

Relying on the results of the achievement tests in mathematics, science, native language (Hebrew/Arabic) and English, administered to 1430 5th-grade co-educational classes in Israel, this study examines the between-class variability of the within-class mean score gender differences and its class and school correlates. The four main results of the study are: (1) remarkable between-test stability of the within-class gender gap; (2) considerable variability of the within-class gender gap, in terms of both sign and magnitude, found for each of the four tests: children studying in different classes are exposed to different, sometimes quite opposite, gender differences and this variability is effectively masked by the aggregate-level analyses typically reported in the literature; (3) the lion’s share of the variability of the within-class gender gap lies within, rather than between schools; and (4) the relative frequency of within-class gender gaps favouring boys is positively related to school-level characteristics, which qualify as positive indicators of the school’s quality and negatively to class size. The within- and between-sector (Arab vs. Jewish) components of this relation are discussed.     

Struggles and Successes in Constructivist Jewish Early Childhood Classrooms

This study examined the experiences of teachers in a Jewish early childhood center implementing constructivist theory and pedagogy through a Reggio Emilia-inspired model. Constructivist practices were described through interviews, surveys, classroom documentation, and observations. The data indicated that areas that were initially deemed as successes were hard to maintain and seemingly overshadowed by challenges. These areas included understanding constructivist theory, using open-ended materials, and relying on open-ended questions to facilitate knowledge. Furthermore, teachers struggled when comparing information gained by children from classes using a more traditional educational approach. Insights in each area are provided to support Jewish and general studies constructivist teachers.     

Biology Undergraduate Students’ Graphing Practice in Digital Versus Pen and Paper Graphing Environments

Journal of Science Education and Technology - Graphing is an important practice for scientists and in K-16 science curricula. Graphs can be constructed using an array of software packages as well...     

Religious and Scientific Instruction on Evolution and Origins in Israeli Schools

Abstract

With more investigation into the reception of evolution in non-Christian majority cultures, and the increased awareness that anti-evolution sentiment is a global phenomenon, new educational resources are being developed to meet newly understood needs. This article explores the situation in Israel regarding conceptions of the compatibility of evolution and religion, as well as the educational initiatives being developed to advance dialogue. Included in the article are data from a study in a Jewish, Muslim and Christian school regarding stakeholders’ views on evolution, as well as insights from the first professional development course for Israeli teachers on “Evolution and Faith.”     

Evaluating two approaches to helping college students understand evolutionary trees through diagramming tasks

To understand evolutionary theory, students must be able to understand and use evolutionary trees and their underlying concepts. Active, hands-on curricula relevant to macroevolution can be challenging to implement across large college-level classes where textbook learning is the norm. We evaluated two approaches to helping students learn macroevolutionary topics. Treatment 1 is a laboratory for the software program EvoBeaker designed to teach students about evolutionary trees. We tested Treatment 1 among nine college-level biology classes and administered pre/posttests to assess learning gains. We then sought to determine whether the learning gains from Treatment 1 were comparable to those derived from an alternate hands-on treatment, specifically the combination of a prerecorded lecture on DVD and paper-based activity based on Goldsmith's Great Clade Race (Treatment 2). Comparisons of pre- and posttests among participants using either Treatment 1 or 2 show large learning gains on some misconceptions and skills beyond knowledge gained from reading standard textbook entries. Both treatments performed equivalently in overall learning gains, though both had areas where they performed better or worse. Furthermore, gains among students who used Treatment 1 representing a wide range of universities suggest that outcomes are potentially applicable to a variety of "real-world" biology classes.     

How do class,status, ethnicity,and religiosity shape cultural omnivorousness in Israel?

In this article we study the determinants of cultural participation in Israel with an emphasis on the Weberian distinction between class and status. The class measure is based on occupational groupings, and status is operationalized as a rank of occupations based on social distance. We expect that class will be less important than status in shaping cultural participation patterns. In addition, due to the importance of ethnicity and religiosity in Israeli society, we expect that these factors will be significant in shaping cultural participation. Data are based on two telephone surveys conducted in 2006 and 2007 of a random sample of the Jewish population in Israel. We find that, contrary to our expectation, class is more influential than status. We also find that ethnicity and religiosity are important factors that shape cultural participation patterns. We discuss possible explanations to the finding regarding class and status, with special attention to the role cultural policy plays in mediating the economic effect on consumer behavior. We also call for more attention to ethnicity and religiosity in studies of cultural stratification.

ICT-aided engineering courses: a multi-campus course management

Jerusalem College of Technology (JCT) is a multi-campus institution with identical syllabi for courses in every campus. Moreover, learning at JCT requires at the same time synchronous and asynchronous learning and teaching. For some introductory courses in Mathematics for Engineering students, websites have been built and now upgraded in order to fit the requirements due to multiple campuses. The original triple function model ‘homepage-tutorial-mailing list’ had to be modified in various directions, in order to fit the students' needs and the central role of the course coordinator. We discuss here the structure and management of the websites and the contribution of these supplementary materials towards teaching efficiency and towards students' better learning skills.