Teachers' perspectives on the challenges of teaching physical education in urban schools: the student emotional filter

The purpose of this study was to analyze how the challenges of urban schools influence physical education teachers' emotional understanding and connections with their students and the implications on their teaching. Sixty-one elementary physical educators from an urban school district in the midwestern U.S. were interviewed multiple times (N = 136) over 3 years using interpretive methodology. Teachers reported five unique challenges that significantly shaped their thinking about students and their careers, along with strategies they used to overcome or manage those challenges. The challenges were: (a) insufficient instructional resources, (b) implementing culturally relevant pedagogy, (c) dealing with community violence, (d) integrating more games in curricula, and (e) teaching in a culture of basketball. Implications centered on the guilt-inducing nature of urban teaching, developing an informed and realistic vision of urban physical education, and the role of teacher preparation and professional development.     

The use of training days: finding time for teachers’ professional development

This study was designed to compare the relative efficiency of three methods of presenting and teaching fractions to slow learners at the secondary stage of education.

Thirty‐six first‐year pupils took part in the experiment and were divided into three groups of 12 for instruction in fractions for 14 periods of 40 minutes. Each group was taught by a different method, viz:

Group A, was taught in a formal, traditional method

Group B, used the Cuisenaire (unimodel) material

Group C, used multi‐model materials specially constructed for teaching fractions to slow learners.

At the beginning of the experiment the groups were equivalent in age, intelligence, arithmetical attainment, attainment in fractions, conceptual understanding of fractions, in adjustment to school, attitudes to learning fractions, and socio‐economic status. On re‐assessment on six of the variables at the end of the experiment it was found that each group had improved in each of the six variables tested.

When considering all the results obtained it was concluded that the multi‐model method was the most effective method of teaching fractions to slow learning children at the secondary stage. This method was found to have particular advantage in creating a favourable attitude to learning fractions and in promoting a sound conceptual understanding of fractions. It also produced the greatest mean gain in fraction computation, and seemed to have some slight advantage in aiding the adjustment of pupils to school.     

MENTAL MODELS ABOUT SEISMIC EFFECTS: STUDENTS’ PROFILE BASED COMPARATIVE ANALYSIS

Nowadays, meaningful learning takes a central role in science education and is based in mental models that allow the representation of the real world by individuals. Thus, it is essential to analyse the student’s mental models by promoting an easier reconstruction of scientific knowledge, by allowing them to become consistent with the curricular models presented in the classroom. In this context, the study aims to examine, through the application of a diagnostic instrument (Two-Tier Diagnostic Test), what students consider to be the seismic effects on soils and buildings, to analyse and to compare their mental models about some of these issues related to seismology, applying a questionnaire to 52 students from a Portuguese University attending an undergraduate degree in Geology and a master course in Biology and Geology teaching. The analysis of the data allowed concluding that undergraduate students have more inconsistent mental models than master students, mainly concerning the factors which influence the seismic risk, such as hazard and vulnerability, and the soils characteristics which influence the intensity of earthquakes. During their academic formation in the university, teachers present some curricular models to students which allow them to reconstruct their mental models and turn them scientifically consistent, enhancing the educational implications of this study that points to the need for teachers to be aware of the importance of the diagnosis of the students’ mental models and to promote meaningful learning and scientific literacy autonomously and dynamically.