Popularization and Teaching of the Relationship Between Visual Arts and Natural Sciences: Historical, Philosophical and Didactical Dimensions of the Problem

The need for a convergence of the visual arts and the natural sciences within the framework of both formal (schools, universities) and non -formal education (museum) at the level of dissemination and popularization of this knowledge is something that has preoccupied the communities of artists, scientists and educators. In the present work we aim to present in a concise way certain positions with regard to the historical, philosophical and didactical dimensions of the problem of popularizing and teaching the relation between the visual arts and the natural sciences. More precisely, we intent to show the existence of this relation throughout history and within the society by reference to certain typical examples of how scientific ideas about nature and the propagation of light influenced the practices of the neo-impressionists or the early abstract painters in relation to the use of colour or the way the visual arts aid in the representation of scientific objects and/or ideas. At the epistemological level, we are going to put forth Levy-Leblond??s idea that the relation between the visual arts and the natural sciences is a relation of meeting, controversy or even conflict but definitely not a relation of confusion or fusion. Furthermore, at the didactical level we aim to present the popularization and the teaching of the relation between the visual arts and the natural sciences as a problem of the didactic transformation of knowledge and reference practices and not as a clearly pedagogical construct.     

Field dependence/independence cognitive style and problem posing: an investigation with sixth grade students

Field dependence/independence cognitive style was found to relate to general academic achievement and specific areas of mathematics; in the majority of studies, field-independent students were found to be superior to field-dependent students. The present study investigated the relationship between field dependence/independence cognitive style and problem-posing ability among sixth grade students. The 94 students’ sample was clustered into three groups, according to the cognitive-style field dependence/independence (field dependents, field mixed and field independents). The results suggest that field-independent participants outperformed field-mixed and field-dependent ones in both problem-posing ability and the complexity of the problems posed. It was also found that the content of the task influenced the differences between the three groups of students as regards the ability in problem posing and the complexity of the problems posed; while in the first (informal context), second and fourth task differences were found between the groups, in the third task (formal context), no differences were evident. The results are interpreted in consideration to the relevant literature findings. Some educational implications are discussed and directions for future research are drawn.     

Investigating Student Perceptions of a Dissection-Based Undergraduate Gross Anatomy Course Using Q Methodology

The demand for upper-level undergraduate dissection-based anatomy courses is growing, as professional programs require more advanced anatomy training prior to matriculation. To address this need, Indiana University School of Medicine (IUSM) partnered with Indiana University-Purdue University Indianapolis—a large, urban, life science-focused campus nearby to IUSM—to offer an undergraduate, dissection-based course in regional gross anatomy. Because this is a new course, a deeper post-course evaluation of student perceptions was conducted using Q methodology. In this study, Q methodology was used to evaluate student views of the overall course structure, pre-laboratory materials and activities, assessments, and quality of instruction. Of the 15 students in the spring semester 2018 cohort, 80% (n = 12) participated in the evaluation, and 10 of those students followed up with written explanations for their rationale in selecting the four statements with which they most strongly agreed and disagreed. The Q methodology sorted the students into one of three statistically significant groups: Motivated Dissectors (n = 6), Traditional Students (n = 3), and Inspired Learners (n = 3). Motivated Dissectors and Inspired Learners felt strongly that the course did not encourage self-directed learning and that the pre-laboratory materials were not adequate to prepare them for quizzes. Traditional Students, however, disagreed, having a favorable opinion of the pre-laboratory materials, even though this group felt most strongly that the amount of material covered in the course was overwhelming. This study demonstrates the utility of Q methodology to evaluate courses to elucidate student perspectives and inform future course modifications.     

e-GovQual: A multiple-item scale for assessing e-government service quality

A critical element in the evolution of governmental services through the internet is the development of sites that better serve the citizens' needs. To deliver superior service quality, we must first understand how citizens perceive and evaluate online. Citizen assessment is built on defining quality, identifying underlying dimensions, and conceptualizing measurements of these e-government services. In this article an e-gov service quality model (e-GovQual) is conceptualized and then a multiple-item scale for measuring e-gov service quality of governmental sites where citizens seek either information or service, is developed, refined, validated confirmed and tested.     

Full Steam Ahead: A Conceptual Analysis of User-Supplied Tags on Steam

This article describes a conceptual analysis of user-generated tags applied to video games in the Steam video game distribution system. The research team scraped all user-generated tags available on Steam and then conducted a conceptual analysis of the tags, sorting them into categories and comparing them to the current version of the Video Game Metadata Schema. This analysis allowed the team to identify new metadata elements and terms useful to game players. We present a discussion covering the major issues in organizing the terms, as well as the implications for the future work in the area of video game metadata.     

Better serving the needs of limited English proficient (LEP) students in the mainstream classroom: examining the impact of an inquiry‐based hybrid professional development program

In this study, the authors examine the impact of an English as a second language (ESL) professional development offering designed to meet this challenge: the Modular Design for English Language Learners (MODELL) instruction program. The authors were part of a team of faculty that designed and developed this hybrid professional development program to support classroom teachers challenged with assessing and addressing the educational needs of limited English proficient (LEP) students. The authors theorize that observing and describing the trajectory and complexities of the professional development process might offer significant insights for teacher educators regarding ways to prepare teachers for working in culturally and linguistically diverse classrooms. What was discovered through this study was that the teachers learned a lot about themselves and what they were capable of doing in the classroom; they learned that their peers struggled with similar issues and that out of this camaraderie, a solid support network could be established; and they learned that the multicultural classroom environment could be an asset to teaching and learning.     

Curriculum integration in arts education: connecting multiple art forms through the idea of ‘space’

Arts integration research has focused on documenting how the teaching of specific art forms can be integrated with ‘core’ academic subject matters (e.g. science, mathematics and literacy). However, the question of how the teaching of multiple art forms themselves can be integrated in schools remains to be explored by educational researchers. This paper draws on data collected at a secondary school in Singapore. The case study analyses how three art teachers, using the idea of ‘space’ as organizing theme, implemented a module of instruction that connected concepts and processes from a variety of art forms (including dance, music, drama and visual arts). We present evidence from curriculum materials, lesson plans, student–teacher classroom interactions and students’ productions. Students were able to reflect upon the importance of space within the arts, analyse the points of convergence and divergence among several art forms, experiment with space and create their own interdisciplinary performances. Our ultimate aim is to provide insights that might inspire art teachers in designing instructional units focused on ‘big ideas’. We suggest that allowing more curricular freedom and providing teachers with adequate structures for interdisciplinary collaboration are key to achieving meaningful levels of integration.     

Statistical learning and dyslexia: a systematic review

The existing literature on developmental dyslexia (hereafter: dyslexia) often focuses on isolating cognitive skills which differ across dyslexic and control participants. Among potential correlates, previous research has studied group differences between dyslexic and control participants in performance on statistical learning tasks. A statistical learning deficit has been proposed to be a potential cause and/or a marker effect for early detection of dyslexia. It is therefore of practical importance to evaluate the evidence for a group difference. From a theoretical perspective, such a group difference would provide information about the causal chain from statistical learning to reading acquisition. We provide a systematic review of the literature on such a group difference. We conclude that there is insufficient high-quality data to draw conclusions about the presence or absence of an effect.     

Teaching science as a cultural way of knowing: merging authentic inquiry, nature of science, and multicultural strategies

Due to the growing number of students from populations underrepresented in the sciences, there is an intensified need to consider alternatives to traditional science instruction. Inquiry-based instructional approaches provide promise and possibility for engaging underrepresented students in the activities of science. However, inquiry-based instruction without culturally relevant pedagogy and instructional congruency, may not be sufficient to support non-mainstream students in science learning, and may even serve to challenge students’ cultural ways of knowing. This conceptual paper suggests that aligning reform efforts in science education to the field of multicultural education would buttress efforts to reach underrepresented student groups in science. This includes providing culturally relevant instruction and instruction toward making the assumptions of science explicit, in particular. To this end, this paper draws from literature in multicultural education to propose that deconstructing science through instruction in NOS may support Latino, African American and English language learning students in science learning.