Teaching Literacy through Braille in Mainstream Settings whilst Promoting Inclusion: Reflections on Our Practice

We would describe teaching literacy through braille as one of the most rewarding and challenging aspects of the role of a Qualified Teacher for the Visually Impaired (QTVI). This article focuses on teaching literacy through braille in mainstream settings whilst promoting inclusion and meeting the social–emotional needs of children who use braille. It aims to share good practice and is based on reflections from our own practice and research carried out by some of the authors. The article considers the impact of vision impairment on opportunities for literacy development, the main challenges QTVIs working in a peripatetic (itinerary) way face, as well as what works well and how we can overcome these challenges. The article describes what characterises good practice in teaching braille, describes effective collaborative work between teachers, other professionals and parents, and analyses how to promote inclusion whilst ensuring pupils access the specialist curriculum and individualised instruction.     

Student‐Centered and Dynamic Interfaces that Enrich Technical Learning for Online Science Learners: A Review of the Literature

Communicating complex scientific and technical information presents a challenge for food science educators. The most efficient learning occurs when all senses are engaged, one reason that many educators believe that scientific principles are best taught with hands‐on laboratory experiences. Today there are many challenges to the continuation of these “wet labs” including the cost of building the labs as well as equipment, materials, and personnel to run them. Many current e‐learning technologies are based on 2‐dimensional delivery systems, and are often inadequate to provide a substitute for a laboratory exercise. However, recent advances in technology have evolved to more closely reflect the kinds of learning experiences that students typically have in a laboratory class. This review describes the role of these emerging technologies as teaching tools for educators, with the clear understanding that similar concepts can be utilized by management of technical teams in the work place.     

Planning in Middle Childhood: Early Predictors and Later Outcomes

Data from 1,364 children and families who participated in the National Institute of Child Health and Human Development's Study of Early Child Care and Youth Development were analyzed to track the early correlates and later academic outcomes of planning during middle childhood. Maternal education, through its effect on parenting quality when children were 54 months old, predicts their concurrent performance on sustained attention, inhibition, and short‐term verbal memory tests. This performance predicts planning in first grade, which predicts third‐grade reading and mathematics attainment, but not the rate of growth in academic skills from first to fifth grades. This path was also found when the same parenting, cognitive, and academic constructs were measured at later time points.     

Carving the Information Literacy Niche Within Graduate Employability

A teacher fellow project at De Montfort University explored the context and practicalities of developing a Graduate Skills Licence (Information Literacy) in answer to the current higher education drive for graduate employability. Research revealed the hidden complexities behind the development of an originally simple notion. It provided scope to create a research informed self-evaluation grid of information literacy skills. It highlighted the need for a multi-agency approach, forging new connections to achieve employability. Practice at other institutions is considered. Librarians have both a key role and a new opportunity to place themselves at the heart of contemporary higher education issues.     

William James and the Art of Popular Statement

Reading Aloud, by Wayland Maxfield Parrish. New York: Thomas Nelson &; Sons, 1932; pp. 401.

A Theatre Library. By Rosamond Gilder. (A publication of the National Theatre Conference.) New York: Theatre Arts, 1932; pp. xiv, 74; $1.

The Stage Is Set. By Lee Simonson. New York: Harcourt, Brace and Co., 1932; pp. 585; $5.

Correction of Defective Speech. By E. B. Twitmyer and Y. S. Nathanson. Philadelphia: P. Blakiston's Son &; Co., Inc., 1932; pp. 413.

The Year Book of College Oratory, Volume IV. Compiled by Evan A. Anderson. New York: Noble and Noble, 1932; pp. 378; $2.

Intercollegiate Debates, Vol. XIII, Edited by Egbert Ray Nichols. New York: Noble and Noble, 1932 ; pp. x, 466 ; $2.

Straight and Crooked Thinking. By Robert H. Thouless. New York: Simon and Schuster, 1932; pp. 261.

Preparing the Commencement Address. By F. W. Lambertson. Cedar Falls, Iowa: College Print Shop, 1932; pp. 84.

Man as Psychology Sees Him. By Edward S. Robinson. New York: The Macmillan Company, 1932; pp. 376; $2.50.

A Method of Lighting the Stage. By Stanley R. McCandless. New York: Theatre Arts Inc., 1932; pp. 132; $1.50.     

Rethinking Formalisms in Formal Education

I explore a belief about learning and teaching that is commonly held in education and society at large that nonetheless is deeply flawed. The belief asserts that mastery of formalisms—specialized representations such as symbolic equations and diagrams with no inherent meaning except that which is established by convention—is prerequisite to applied knowledge. A formalisms first (FF) view of learning, rooted in Western dualist philosophy, incorrectly advocates the introduction of formalisms too early in the development of learners’ conceptual understanding and can encourage a formalisms-only mind-set toward learning and instruction. I identify the prevalence of FF in curriculum and instruction and outline some of the serious problems engendered by FF approaches. I then turn to promising alternatives that support progressive formalization, problem-based learning, and inquiry learning, which capitalize on the strengths of formalisms but avoid some of the most costly problems found in FF approaches.     

To Disagree,We Must Also Agree: How Intersubjectivity Structures and Perpetuates Discourse in a Mathematics Classroom

Learning in a socially mediated context like a classroom places emphasis on the ability of learners to communicate their ideas to others, and for members of a class to achieve shared meaning or intersubjectivity (IS). We take a participatory view of IS, where both consensual agreement and disagreement are regarded as aspects of a common set of processes that mediate collective activity. Interlocutors need not demonstrate convergence toward a common idea or solution to exhibit IS and, indeed, they appear to need a shared understanding to express substantive disagreement through divergent views. Multilevel, multimodal analyses of videotape of a middle school mathematics classroom, including speech, gestures, drawing, and object use, reveal a discourse that is organized into recurrent sequences of event triads. The dynamics toward and away from convergent ideas appears to be instrumental in fostering sustained and engaging discourse and influencing the representations that students propose during problem solving. Participants frequently exhibited IS, but, as allowed for in the participatory view, the interactions did not seem to convert many students from their initial interpretations. Instead, disagreements and a desire to establish common understanding appeared to lead participants to express their divergent views in more refined and accessible ways. Advancement of our understanding of the role that IS serves in socially mediated learning has the potential to inform both educational theory and emerging areas in embodied cognition and cognitive neuroscience that addresses imitation and empathy, and thus help to bridge research between brain function and social cognition.     

Using Action Research to Innov8: Facilitating Culture Shifts in the Scholarship of Teaching and Learning

ABSTRACT

The mission of a community college is distinct from a research one university, where empirical research is valued over investigation of discipline-based teaching and learning. The open-access, affordable, workforce, and transfer emphasis that serves many non-traditional community college students is a rich, meaningful environment for fostering the scholarship of teaching and learning, yet despite an emphasis on best practices and student success outcomes, teaching, and learning in this environment is an underappreciated element of the faculty role. This study explores the use of action research to facilitate engagement in the scholarship of teaching and instructional innovation. The mixed-method action research design incorporated quantitative and qualitative analysis from a wide variety of data sources and triangulated findings through a variation of techniques, including ongoing researcher dialogue and ratings. Action research serves as both the method for this study and the mechanism for faculty research on classroom innovations. This was substantiated as a catalyst for cultivating ongoing inquiry and professional growth. The Innov8 program and integration of action research appears to have a long-term, substantive impact on faculty perspectives, specifically influencing faculty culture, continued educational investigation, and ultimately student learning outcomes.     

Ventilatory acclimatisation is beneficial for high-intensity exercise at altitude in elite cyclists

Aim: The aim of this study was to examine the relationship between ventilatory adaptation and performance during altitude training at 2700?m. Methods: Seven elite cyclists (age: 21.2?±?1.1?yr, body mass: 69.9?±?5.6?kg, height 176.3?±?4.9?cm) participated in this study. A hypoxic ventilatory response (HVR) test and a submaximal exercise test were performed at sea level prior to the training camp and again after 15 d at altitude (ALT15). Ventilation (V_E), end-tidal carbon-dioxide partial pressure (P_ETCO₂) and oxyhaemoglobin saturation via pulse oximetry (SpO₂) were measured at rest and during submaximal cycling at 250?W. A hill climb (HC) performance test was conducted at sea level and after 14 d at altitude (ALT14) using a road of similar length (5.5–6?km) and gradient (4.8–5.3%). Power output was measured using SRM cranks. Average HC power at ALT14 was normalised to sea level power (HC%). Multiple regression was used to identify significant predictors of performance at altitude. Results: At ALT15, there was a significant increase in resting V_E (10.3?±?1.9 vs. 12.2?±?2.4?L·min^?1) and HVR (0.34?±?0.24 vs. 0.71?±?0.49?L·min^?1·%^?1), while P_ETCO₂ (38.4?±?2.3 vs. 32.1?±?3.3?mmHg) and SpO₂ (97.9?±?0.7 vs. 94.0?±?1.7%) were reduced (P?V_E at altitude as significant predictors of HC% (adjusted r²?=?0.913; P?=?0.003). Conclusions: Ventilatory acclimatisation occurred during a 2 wk altitude training camp in elite cyclists and a higher HVR was associated with better performance at altitude, relative to sea level. These results suggest that ventilatory acclimatisation is beneficial for cycling performance at altitude.