School Closure: What are the consequences for the local society?

School closures have been common in rural areas since the middle of the last century, when new and modern schools replaced small old‐fashioned schools with only one or two classrooms. Due mainly to the industrialisation of farming and hastened by the merging and globalisation of industry, the last 50 years have seen a migration of people from rural areas to large towns. This has caused closures of schools built in the 1950s and 1960s, which had been the pride of and a sign of development in local societies. These closures most often give rise to heated debate, the main cry of protest being that the closure of the school is a death‐blow to the local society. The present study is based on a qualitative analysis performed in 2003 of 30 Danish school closures in the period 1990–1999. The results show that school closure in itself does not have the devastating effects mentioned in the debate. The main problem for local societies is a lack of people and thus lack of human capital, and in remote areas and on small islands school closure is a sign of a community in the final phase of the death process, not a cause.     

Editorial introduction

Editorial introduction     

Proof and application

This paper outlines an epistemological conception which attempts to relate the formal aspects of mathematical proof to its pragmatic dimensions. In addition to the key concept of application, the paper makes use of several concepts from the domain of analytical philosophy, to present a view of proof that might best be categorized as a dialectical one. A number of implications for teaching are discussed.     

Mapping mentor teachers’ roles in mentoring dialogues

This literature study deals with the issue of how to conceptualize the supervisory behaviour of mentor teachers in mentoring dialogues by systematically examining empirical literature on key aspects of mentor teachers’ behaviour during dialogues with prospective teachers. From the findings a model is derived which can be used to study mentor teachers’ behaviour in mentoring dialogues. The model may be helpful in the further development of the quality of mentor teachers’ behaviour in mentoring dialogues.     

Make Way for the Robots! Human- and Machine-Centricity in Constituting a European Public–Private Partnership

Minerva - This article is an analytic register of recent European efforts in the making of ‘autonomous’ robots to address what is imagined as Europe’s societal challenges. The...     

Uncovering contents of mentor teachers' interactive cognitions during mentoring dialogues

In the context of developing mentor teachers' use of supervisory skills, two consecutive studies were conducted, using stimulated recall. Firstly, with eight participants, an instrument was developed to categorize contents of interactive cognitions. Secondly, with 30 participants, the instrument was applied to uncover contents of mentor teachers' interactive cognitions, before and after training in supervisory skills. After training, mentor teachers demonstrate an increased awareness of their use of supervisory skills. This indicates that mentor teachers not only seem to emphasize pupil learning and needs when conducting a mentoring dialogue, but simultaneously focus on their own supervisory behaviour.     

Accuracy between optical and inertial motion capture systems for assessing trunk speed during preferred gait and transition periods

Motion capture through inertial sensors is becoming popular, but its accuracy to describe kinematics during changes in walking speed is unknown. The aim of this study was to determine the accuracy of trunk speed extracted using an inertial motion system compared to a gold standard optical motion system, during steady walking and stationary periods. Eleven participants walked on pre-established paths marked on the floor. Between each lap, a 1-second stationary transition period at the initial position was included prior to the next lap. Resultant trunk speed during the walking and transition periods were extracted from an inertial (240 Hz sampling rate) and an optical system (120 Hz sampling rate) to calculate the agreement (Pearson’s correlation coefficient) and relative root mean square errors between both systems. The agreement for the resultant trunk speed between the inertial system and the optical system was strong (0.67 < r ≤ 0.9) for both walking and transition periods. Moreover, relative root mean square error during the transition periods was greater in comparison to the walking periods (>40% across all paths). It was concluded that trunk speed extracted from inertial systems have fair accuracy during walking, but the accuracy was reduced in the transition periods.