An Initial Exploration of Students’ Mindsets,Attitudes, and Beliefs About Public Speaking

This study investigated how students’ implicit theory that public speaking abilities can be developed and improved (i.e., growth mindset) was related to their apprehension, perceived competence, and beliefs regarding public speaking. Growth mindset was associated with lower apprehension and higher self-perceived competence. Growth mindset was also associated with the belief that public speaking involves reflection, revision, and adapting to one’s audience rather than merely transmitting information. Correlations were consistent with hypotheses.     

Educational implications following idiopathic encephalopathy and prolonged coma: a longitudinal case study

This paper explores standard considerations of accommodations for paediatric acquired brain injury (ABI) survivors as illustrated through an intensive case study. Specifically, we explore methods by which school systems can enhance a middle school student's learning environment after losing 30 points in his intellectual functioning (IQ) following a rare coma recovery. For the purpose of this paper, coma is defined as a period following neurological injury or illness during which an individual does not open his/her eyes and does not have sleep–wake cycles. This case emphasises the use of current behavioural evidence‐based treatments in young ABI patients. Multiple comparisons are especially beneficial in delineating the strength of intervention modalities and specific challenges unique to this population. Current data are of particular interest because measures of both pre‐ and post‐morbid functioning are available, because of earlier school testing for a pre‐existing learning disability. Finally, implications for prognosis and treatment of young ABI patients are discussed.     

Non-organic failure to thrive: Decision for and videotaped evaluations

Infants hospitalized for non-organic failure to thrive in the first six months of life are in a life-threatening situation and are already at risk for poor bonding with mother. In light of this, the meaning and use of foster care and how this separation affects the developing mother-child relationship are the issues addressed through examination of 16 cases in which 8 of the infants were placed in foster care and 8 discharged home after the failure to thrive hospitalization. This paper examines (1) maternal histories of pregnancy, labor and delivery and the neonatal status of placed and non-placed infants; (2) the developmental and weight status of placed children; (3) the nature of the decision criteria for after-hospital care; and (4) the mother-infant relationship at initial intake in terms of mother's report of events and observations of feeding and play interactions during a videotaped assessment process. The study found that the interactions between mother and infant in those situations which required foster care were clearly more dysfunctional when compared to those in which the baby was discharged home to mother. Babies in the two groups were comparable in weight status at the time of hospitalization although babies in foster placement had slightly lower scores on the Bayley Scales. Maternal histories of pregnancy, labor, and delivery were similar for the two groups as were the birth and neonatal histories of the infants.     

The development of oceanographical instruments

Oceanography is necessarily a three-dimensional science, for the open surface of the sea conceals tremendous variations in depth and marked differences in temperature, salinity, and water movement, all of which are critical for marine life. Today the major research programmes study the oceans in four dimensions, since changes with time—daily, seasonal, and year-to-year—are no less important than those in space. Oceanography and meteorology have much in common: the temperature and movement of air and water cannot be directly seen from the ground or sea level, but must be investigated by means of specialised instruments whose readings can be brought back to the observer.     

Evaluating an Inquiry-based Bioinformatics Course Using Q Methodology

Faculty at a Midwestern metropolitan public university recently developed a course on bioinformatics that emphasized collaboration and inquiry. Bioinformatics, essentially the application of computational tools to biological data, is inherently interdisciplinary. Thus part of the challenge of creating this course was serving the needs and backgrounds of a diverse set of students, predominantly computer science and biology undergraduate and graduate students. Although the researchers desired to investigate student views of the course, they were interested in the potentially different perspectives. Q methodology, a measure of subjectivity, allowed the researchers to determine the various student perspectives in the bioinformatics course.     

A Year of Equity literacy: community actions and invitations

School inequity is a persistent and ‘wicked’ problem communities have a responsibility to solve. Here, we argue that critical literacy advocacy within community‐based settings provides an unprecedented opportunity to examine and disrupt school inequity and promote sustainable actions towards justice‐based solutions. This article connects critical literacy and equity literacy theoretical frameworks to describe a series of invitations and actions that focused on addressing school inequity in one town. Here, authors offer lessons learned from a community‐led school equity literacy campaign where researchers and participants collectively organised and reflected on a public event series entitled ‘Year of Equity’ (YoE). Three key YoE processes are described: facilitating book clubs, facilitating a community conversation event and forming action committees. These processes relied on critical equity literacies through the promotion of new relationships and shared experiences centring on engagement with a variety of texts, through a focus on incremental change over time.     

A Crocheted Model Activity for Teaching Embryonic Lateral Folding to Medical Students

Knowledge of embryology is foundational for understanding normal anatomy and birth defects, yet, embryology is a notoriously difficult subject for medical students. Embryonic lateral folding in particular is one of the most challenging concepts in embryology. Highly effective teaching methods that promote active engagement with dynamic, three-dimensional models may be helpful for teaching this content. The aim of this study was to determine whether a hands-on modeling activity utilizing premade crocheted pieces constructed from durable, inexpensive yarn helped medical students enrolled in a pre-matriculation course to understand embryonic lateral folding. Change in knowledge was assessed using a pre–post design. Students also completed subjective evaluations regarding their satisfaction with the activity. Quiz scores in means (±SD) increased from 62.7 (±24.1) % before the activity to 77.0 (±17.1) % after the activity (P = 0.0495, two-tailed paired t test; d = 0.68). Generally, students reported that the activity was helpful and enjoyable, and the model pieces were easy to manipulate. These promising results suggest that hands-on activities with dynamic, three-dimensional models constitute an effective method for teaching embryology.     

Learning to solve problems on the Web: aggregate planning in a business management course

In this paper, we articulate a model for designing learning environments that engage learners in solving problems and can be delivered to learners at a distance via the World Wide Web. These environments include a problem (including representation, context, and manipulation spaces), related cases, information resources, cognitive tools, and collaborative support. We apply this model to an environment on aggregate planning in an operations management course. Students represent the problem, collect resources and experiences, and solve the problem using a spreadsheet, which can be machine scored. Field trials showed that students were challenged, and they liked being able to see the results of their manipulations instantly.     

How reliable are MSCA profile interpretations?

This study evaluates the reliability of profile analysis for assessing differential abilities on the McCarthy Scales for Children's Abilities (MSCA). Subjects were enrolled in private schools and ranged in age from 5–5 to 6–5. The test-retest interval ranged from 3 to 6 weeks, with a mean interval of 24 days. Results indicated 70.9% of the sample showed profile variability not reasonably accounted for as real fluctuations in measurable abilities. General application of the null hypothesis procedure for calculating statistical significance of scaled score differences as a basis for interpretive judgments is discussed.