Personal Best (PB) goal-setting enhances arithmetical problem-solving

Personal Best (PB) goals are defined as specific, challenging, and competitively self-referenced goals involving a level of performance or effort that meets or exceeds an individual’s previous best. Much of the available research underpinning arguments for PB goal-setting is self-report-based; thus, the causal effect of PB goals on learning outcomes remains in question. The present experiment examined the impact of PB goal-setting (against a no-goal condition) on 68 Year 5 and 6 schoolchildren’s problem-solving during an arithmetic fluency-building activity, SuperSpeed Math. Equivalence of the two conditions was established across a range of prior ability and self-report motivational variables, including prior mathematical ability; Personal Best, Mastery, and Performance goal orientations at the individual and classroom level; mathematics self-concept; and valuing of and interest in mathematics. Controlling for initial problem-solving performance, students who set PB goals in subsequent rounds showed a small but reliable advantage over students in the control condition. These results suggest PB goals may provide a way for students to experience both challenge and success in a range of classroom activities. Suggestions for future research based on these initial findings are made.     

Distributed retrieval practice promotes superior recall of anatomy information

Effortful retrieval produces greater long‐term recall of information when compared to studying (i.e., reading), as do learning sessions that are distributed (i.e., spaced apart) when compared to those that are massed together. Although the retrieval and distributed practice effects are well‐established in the cognitive science literature, no studies have examined their additive effect with regard to learning anatomy information. The aim of this study was to determine how the benefits of retrieval practice vary with massed versus distributed learning. Participants used the following strategies to learn sets of skeletal muscle anatomy: (1) studying on three different days over a seven day period (SSSS_7,2,0), (2) studying and retrieving on three different days over a seven day period (SRSR_7,2,0), (3) studying on two different days over a two day period (SSSSSS_2,0), (4) studying and retrieving on two separate days over a two day period (SRSRSR_2,0), and (5) studying and retrieving on one day (SRx6₀). All strategies consisted of 12 learning phases and lasted exactly 24 minutes. Muscle information retention was assessed via free recall and using repeated measures ANOVAs. A week after learning, the recall scores were 24.72 ± 3.12, 33.88 ± 3.48, 15.51 ± 2.48, 20.72 ± 2.94, and 12.86 ± 2.05 for the SSSS_7,2,0, SRSR_7,2,0, SSSSSS_2,0, STSTST_2,0, and SRx6₀ strategies, respectively. In conclusion, the distributed strategies produced significantly better recall than the massed strategies, the retrieval‐based strategies produced significantly better recall than the studying strategies, and the combination of distributed and retrieval practice generated the greatest recall of anatomy information. Anat Sci Educ 10: 339–347. © 2016 American Association of Anatomists.     

On Mathematical Visualization and the Place Where We Live

This paper is a case study of how a high school student, whom we call Karen, used a computer-based tool, the Contour Analyzer, to create graphs of height vs. distance and slope vs. distance for a flat board that she positioned with different slants and orientations. With the Contour Analyzer one can generate, on a computer screen, graphs representing functions of height and slope vs. distance corresponding to a line traced along the surface of a real object. Karen was interviewed for three one-hour sessions in an individual teaching experiment. In this paper, our focus is on how Karen came to recognize by visual inspection the mathematical behavior of the slope vs. distance function corresponding to contours traced on a flat board. Karen strove to organize her visual experience by distinguishing which aspects of the board are to be noticed and which ones are to be ignored, as well as by determining the point of view that one should adopt in order to see the variation of slope along an object. We have found it inspiring to use Winnicott's (1971) ideas about transitional objects to examine the role of the graphing instrument for Karen. This theoretical background helped us to articulate a perspective on mathematical visualization that goes beyond the dualism between internal and external representations frequently assumed in the literature, and focuses on the lived-in space that Karen experienced which encompassed at once physical attributes of the tool and human possibilities of action.This revised version was published online in September 2005 with corrections to the Cover Date.     

Happy Disney

米老鼠和他的朋友们意外地经历了一天的魔法之旅……米老鼠、米妮、唐老鸭以及高飞在米老鼠的阁楼发现了一本魔法书,书里充满了来自迪士尼经典故事里的戏装、道具以及景片。当魔法书打开发现那些器物和景片是用来推进故事情节的。当米奇     

The language of mathematics teaching: a text mining approach to explore the zeitgeist of US mathematics education

Educational Studies in Mathematics - Exploring language provides us with one approach to better understanding the practices and beliefs of a community. With advances in...     

Designing Personalized Online Teaching Professional Development through Self-Assessment

Many institutions use a one-size-fits-all approach to faculty development for online teaching, which does not meet the needs of faculty who often have different levels of experience, skill, and self-efficacy in online teaching and learning. To address these issues, the [university name removed] [center name removed] designed and implemented an online teaching readiness self-assessment. The instrument was developed based on key attributes and skills needed for proficiency in online teaching, in three areas: online teaching experience and attitudes, learning management system proficiency, and access to technology. The self-assessment was distributed through a web-based survey tool to faculty who were identified to develop new online courses. Individual results were used to create personalized frameworks of professional development offerings (workshops, institutes, videos, and consultations) and just-in-time resources to support faculty in their development process.     

Working memory and learning in children with developmental coordination disorder and specific language impairment

The authors compared 6- to 11-year-olds with developmental coordination disorder (DCD) and those with specific language impairment (SLI) on measures of memory (verbal and visuospatial short-term and working memory) and learning (reading and mathematics). Children with DCD with typical language skills were impaired in all four areas of memory function for their age level, and this pattern was also found to be characteristic of a larger DCD group with varied language abilities. SLI-group deficits in standard scores were observed for the verbal versions of the short-term and working memory tasks only. There were also differential links between memory and attainment between the two groups, with visuospatial working memory strongly related to numeracy in the SLI group and all of the memory measures correlated with at least one attainment measure in the DCD group. Reasons for why working memory contributes to learning in these two developmental groups are discussed.     

Statement from Journal’s Editorial Leadership: Journal of Educational and Psychological Consultation as an Interdisciplinary Outlet for Transformative Consultation Research From Across the Globe

ABSTRACT

To aid potential authors, this statement is an overview of the core values and editorial goals of the current editorial leadership of Journal of Educational and Psychological Consultation. The key pillars are that we value research that (a) supports culturally responsive practice and social justice, (b) reflects varied research methodologies and traditions, (c) originates and investigates consultation topics across multiple professional disciplines, and (d) reflects global practice.     

The Reflective Model of Triadic Supervision: Defining an Emerging Modality

Current Council for Accreditation of Counseling and Related Eduational Programs (CACREP; 2001) standards promote the use of triadic supervision by counselor educators and supervisors. However, conceptual models of triadic supervision do not presently exist in the supervision literature. This article describes the process and structure of 1 model of triadic supervision (D. M. Kleist & N. R. Hill, 2003). This model provides a vehicle for implementing triadic supervision in response to changes in the CACREP standards and adds to the literature on triadic supervision. Implications for counselor educators and supervisors, as well as future research, are conceptualized.