M in CoMputational thinking: How long does it take to read a book?

Even at the primary level, computational thinking (CT) can support young students to prepare for participating in futures that are immersed in data. In mathematics classrooms, there are few explanations of the ways CT can support students in formulating and solving complex problems. This paper presents an example of a primary classroom investigation (8-9 year olds) over seven lessons of the problem “How long does it take to read a book?” The aim is to illustrate ways a statistical investigation can provide context for CT and demonstrate how the two complement each other to solve problems involving mathematics. The findings highlight opportunities and challenges that students face across the elements of CT—decomposition, abstraction, pattern recognition and modelling, and generalization and algorithmic thinking, including recommendations for teaching.     

Assessment in child abuse: An account of a system operated in the metropolitan borough of Barnsley by the N.S.P.C.C. special unit

During the course of the Special Unit's operation it became apparent that in many cases there was a demonstrable need for assessment; for a period of involvement with the family by one worker who could not only explore the background information, from parents and agencies alike, but also engage the whole family in an interventive schedule which explores their positive development by the use of a number of treatment modalities, the effectiveness of which could be evaluated in operation. Time-tabled case conferences on a weekly basis with a standing membership at the core reflecting the membership of the policy-making Area Review Committee, supplemented by other workers also involved in each case, provide the regular and consistent forum from which assessment cases are referred and for which assessment reports are prepared. The assessment process is the beginning of a long-term interventive schedule in which the clients and workers both participate. The system is, in essence and practise, a simple one but its effects have been felt not only in terms of ongoing casework with families but also at the level of policy-making in reappraisal of our traditional agency attitudes to child abuse.     

Open access megajournals: The publisher perspective (Part 1: Motivations)

This paper is the first of two Learned Publishing articles in which we report the results of a series of interviews with senior publishers and editors exploring open access megajournals (OAMJs). Megajournals (of which PLoS One is the best known example) represent a relatively new approach to scholarly communication and can be characterized as large, broad‐scope, open access journals that take an innovative approach to peer review, basing acceptance decisions solely on the technical or scientific soundness of the article. This model is often said to support the broader goals of the open science movement. Based on in‐depth interviews with 31 publishers and editors representing 16 different organizations (10 of which publish a megajournal), this paper reports how the term ‘megajournal’ is understood and publishers’ rationale and motivations for launching (or not launching) an OAMJ. We find that while there is general agreement on the common characteristics of megajournals, there is not yet a consensus on their relative importance. We also find seven motivating factors that were said to drive the launch of an OAMJ and link each of these factors to potential societal and business benefits. These results suggest that the often polarized debate surrounding OAMJs is a consequence of the extent to which observers perceive publishers to be motivated by these societal or business benefits.     

IMPLEMENTATION AND EVALUATION OF PEER MARKING IN HIGHER EDUCATION

The implementation of peer marking within an existing tutorial system is examined. Peer marks were found to be in close agreement with the tutor's, lending credibility to the approach. The benefits of peer marking were discussed with the students, including their possible improvement in examination technique. This teaching approach has the added advantage in that the tutor can more easily act as a facilitator (rather than as an assessor) in the tutorial sessions. At the end of the year an evaluation of peer marking was carried out

Results from a questionnaire showed that five relative advantages of peer marking had been achieved. Further, the students believed that their work had been marked fairly, and that peer marks should count towards their end‐of‐year marks. Peer marking was found tobe most successful, fully complementing a tutorial system of teaching.     

A consideration of cognitive factors in the learning and education of older adults

The purpose of this paper is to consider the unique cognitive and intellectual factors that influence the learning and education of older adults. With this objective in mind, the paper reviews the empirical literature on patterns of intellectual and cognitive aging, and ends by discussing the implications and applications of these patterns for the practical and effective education of our elderly citizenry. When we consider the aging of intellectual abilities we are concerned with studying the development of fluid, crystallized and practical intelligence and variations in these abilities from adulthood into advanced old age. We are also concerned with looking at changes in cognitive functions such as attention, memory, information retrieval and tolerance for interference in learning capacity. Much recent work has been successful in showing that intellectual and cognitive decline in old age is not necessarily irreversible. While many elderly persons are very able learners, are highly self-directed, and have ample educational and intellectual resources available, others may benefit from assistance or suggestions about how to compensate for some of the cognitive declines in old age. With this objective the implications are discussed for educators and practitioners who must formulate cognitive training programs for older adults.

---

Zusammenfassung Ziel dieses Artikels ist eine Untersuchung der einzigartigen kognitiven und intellektuellen Faktoren, die Bildung und Lernen für Ältere beeinflussen. Unter Berücksichtigung dieses Ziels wird die empirische Literatur über intellektuelle und kognitive Altersmuster neu ausgewertet. Der Schlußteil umfaßt eine Diskussion über Auswirkungen und Anwendungen dieser Muster zur praktischen und effektiven Bildung unserer älteren Mitbürger. Angesichts des Alterns unserer intellektuellen Fähigkeiten befassen wir uns mit der Entwicklung von fließender, komprimierter und praktischer Intelligenz und Variationen dieser Fähigkeiten vom Erwachsenenalter bis zum fortgeschrittenen Altern. Themen sind außerdem die Veränderungen der kognitiven Funktionen wie z.B. Aufmerksamkeit, Gedächtnis, Informationsabruf und Toleranz für die Interferenz in der Lernkapazität. Ein großer Teil der Untersuchungen zu diesem Thema bewies erfolgreich, daß intellektueller und kognitiver Verfall im Alter nicht unbedingt irreversibel sein muß. Während viele Ältere fähige Schüler sind, gut autonom lernen können und freie Bildungs- und Lernkapazitäten zur Verfügung haben, könnten andere von Vorschlägen und Hilfsprogrammen zur Kompensierung der Alterserscheinungen profitieren. Unter Berücksichtigung dieser Faktoren werden die Folgen für Ausbilder und Praktiker, die kognitive Programme und Fortbildungen für Ältere erstellen müssen, erörtert.

---

Résumé L'objet du présent article est d'étudier les facteurs cognitifs et intellectuels uniques qui influencent l'apprentissage et l'éducation des personnes âgées. C'est en suivant cet objectif qu'on examine la littérature empirique sur les structures du vieillissement intellectuel et cognitif avant de se tourner vers l'analyse des implications et applications desdites structures pour l'éducation pratique et efficace de l'ensemble des citoyens âgés. Lorsqu'on envisage l'affaiblissement des facultés intellectuelles, on s'intéresse à l'étude du développement de l'intelligence fluide, cristallisée et pratique et aux variations de ces aptitudes de l'âge adulte jusqu'à un âge avancé. On observe également les changements qui interviennent dans les fonctions cognitives telles l'attention, la mémoire, la recherche documentaire et la tolérance de l'interférence dans l'aptitude à l'étude. De récents travaux ont réussi à montrer que le déclin intellectuel et cognitif dans la vieillesse n'est pas nécessairement irréversible. Tandis que de nombreuses personnes âgées sont des apprenants très capables et hautement auto-dirigés qui possèdent de grandes ressources éducatives et intellectuelles, il se peut que d'autres aient besoin d'assistance ou de suggestions quant à la manière de compenser certaines carences cognitives survenant avec l'âge. Eu égard à cet objectif, on discute des implications pour les éducateurs et les enseignants qui doivent formuler les programmes de formation cognitive destinés aux personnes âgées.

     

Teaching empathic concern and altruism in the smartphone age

Numerous studies show empathic concern promotes altruistic motivation and prosocial behavior. Here, we discuss empathic concern, its relation to altruistic motivation, and how empathic concern is invoked in experimental studies. We do this with an eye toward applying laboratory techniques in the classroom, and everyday life, to foster empathic concern and altruistic responding. This goes beyond teaching about empathic concern to setting up conditions that help people experience this psychological state, and its benefits, firsthand. Smartphone-based ecological momentary interventions (EMIs) can help us do this by raising self- and other-awareness, and by promoting empathic states and practices in daily life. While smartphones often pull us away from direct personal interaction, we explore ways of using these devices to redirect our attention to those around us. We end by suggesting that these ways of helping people regularly experience and act upon empathic concern in daily life might help nurture a compassionate disposition.