In a daily time–place learning task,time is only used as a discriminative stimulus if each daily session is associated with a distinct spatial location

It is difficult for rats to acquire daily time–place (TP) learning tasks. One theory suggests that rats do not use time of day as a stimulus signaling a specific response. In the present study, we tested rats’ ability to use time of day as a discriminative stimulus. A fixed-interval procedure was used in which one lever provided reinforcement on a FI-5-s schedule in morning sessions, and the same lever provided reinforcement on a FI-30-s schedule in afternoon sessions. Because only one place was used in this paradigm, the rats could only use time of day to acquire the task. Mean responses during the first 5 s of the first trial in each session indicated that the rats did not discriminate between the two sessions. In Phase II, a different lever location was used for each of the two daily sessions, which meant that both spatial and temporal information could be used to acquire the task. The rats readily acquired the task in this phase, and probe trials indicated that the rats were using a combination of spatial and temporal information to discriminate between the two different trial types. When the spatial cue was removed in Phase III, rats no longer discriminated the two sessions, suggesting that time can only be used as a discriminative stimulus when each daily session is associated with a distinct spatial location.     

The effect of time‐on‐task on student grades and grade expectations

The effects of students’ attitudes on time devoted to a course (i.e. time‐on‐task), and the subsequent effects of this time‐on‐task on their performance in the course and their overall grade point average (GPA) were studied. Over a three‐year period, engineering students (N = 231) were surveyed in weeks one, three, seven (after midterms) and 10 (before finals) of a 10‐week quarter in six sophomore and junior engineering classes (eight different sections). Results of this study show that most students are optimistic about their future performance in a new course, regardless of their previous overall GPA. All students appear to devote a relatively high and equal amount of time‐on‐task during the first week of the term. The students who earned grades between ‘B+’ and ‘A’ appear to optimise this time by the third week. Students who earned a final grade of ‘B’ study similar to ‘A’ students before midterms but significantly increase their efforts after midterms while the ‘C’ students decrease their time devoted to the course. This study finds that ‘A’ students know they will earn an ‘A’ as long as they do the work. In contrast, ‘C’ students are resigned to the fact that they will earn a ‘C’ and, thus, devote far less time to a course. The ‘B’ students want better grades and will devote the most effort towards achieving these grades.     

Joyful learning? The effects of a school intervention on learning outcomes in Karnataka

We study the effect of a novel schooling intervention, known as Nali Kali, in the state of Karnataka in India targeted at government schools in rural areas, and especially at children from socially disadvantaged backgrounds.We use a rich primary data-set of a sample of school-going children who were exposed to Nali Kali teaching by a set of teachers trained in Nali Kali methods by the state education department.We find support for the positive effects of the Nali Kali programme on learning outcomes.Our study provides suggestive evidence that schooling interventions of the government that are well-designed and that have the confidence of the teachers who implement these interventions can work in positively impacting on learning outcomes of poor rural children, including those from socially disadvantaged backgrounds.     

The influence of a gesture-based learning approach on preschoolers’ learning performance,motor skills,and motion behaviors

This study developed a gesture-based learning approach to build a virtual interactive learning environment for preschoolers by combining a gesture-based computing device and a game-based learning model. Using sequential analysis, this study investigated how this approach influenced children’s learning performance, motor skills, and motion behaviors. A quasi-experiment was conducted with 142 kindergarten-level-3 preschoolers. The results showed that the gesture-based learning approach improved the students’ learning performance and motor skills compared with the traditional activity-based learning approach. The main learning pattern showed that the preschoolers controlled their body motion behaviors and movements to learning cognitive knowledge, which achieving a flow state that improved preschoolers’ learning performance and motor skills. In addition, the main motion pattern showed that the preschoolers interacted with the game by coordinating their body movement with the projected human skeleton’s movement, which improved their motor skills.     

How are feelings of difficulty and familiarity linked to learning behaviors and gains in a complex science learning task?

European Journal of Psychology of Education - The feelings of difficulty and familiarity (FOD and FOF) are two types of metacognitive experiences. Both may influence student engagement and the...     

Structured reflection breaks embedded in an online course – effects on learning experience,time on task and performance

The purpose of this article is to gain an insight into the effects of practicing short, frequent, and structured reflection breaks interspersed with the learning material in a computer-based course. To that end, the study sets up a standardized control trial with two groups of secondary school pupils. The study shows that while performance is not affected by these embedded “reflection rituals,” they significantly impact time on task and perceived learning. The study also suggests that the exposure to such built-in opportunities for reflection modifies the engagement with the content and fosters the claimed readiness for application of a similar reflective approach to learning in other occasions.     

The influence of wait‐time on classroom learning

This study describes a lesson in which students engaged in inquiry in evolutionary biology in order to develop a better understanding of the concepts and reasoning skills necessary to support knowledge claims about changes in the genetic structure of populations, also known as microevolution. This paper describes how a software simulation called EVOLVE can be used to foster discussions about the conceptual knowledge used by advanced secondary or introductory college students when investigating the effects of natural selection on hypothetical populations over time. An experienced professor's use and rationale of a problem-based lesson using the simulation is examined. Examples of student misconceptions and naïve (incomplete) conceptions are described and an analysis of the procedural knowledge for experimenting with the computer model is provided. The results of this case study provide a model of how EVOLVE can be used to engage students in a complex problem-solving experience that encourages student meta-cognitive reflection about their understanding of evolution at the population level. Implications for teaching are provided and ways to improve student learning and problem solving in population genetics are suggested.     

Rats in a levered T-maze task show evidence of time–place discriminations in two different measures

It is difficult for rats to learn to go to an arm of a T-maze to receive food that is dependent on the time of day, unless the amount of food in each daily session is different. In the same task, rats show evidence of time–place discriminations if they are required to press levers in the arms of the T-maze, but learning is only evident when the first lever press is considered, and not the first arm visited. These data suggest that rats struggle to use time as a discriminative stimulus unless the rewards/events differ in some dimension, or unless the goal locations can be visited prior to making a response. If both of these conditions are met in the same task, it might be possible to compare time–place learning in two different measures that essentially indicate performance before and after entering the arms of the T-maze. In the present study, we investigated time–place learning in rats with a levered T-maze task in which the amounts of food varied depending on the time of day. The first arm choices and first lever presses both indicated that the rats had acquired time–place discriminations, and both of these measures became significantly different from chance during the same block. However, there were subtle differences between the two measures, which suggest that time–place discrimination is aided by visiting the goal locations.     

The effects of diagrams and time-compressed instruction on learning and learners’ perceptions of cognitive load

The purpose of this study was to examine the effects of diagrams and time-compressed instruction on learning and learners’ perceptions of cognitive load. The following design factors, visuals (visuals and non-visuals) and time-compressed instruction (0%-normal paced, 25, and 50%) were presented to 216 university students to analyze learning in a multimedia environment. Participants listened to audio instruction of the heart and those in the visuals condition viewed 19 diagrams that corresponded to the verbal instruction. The dependent variables consisted of four achievement tests: drawing, identification, terminology, and comprehension. Review behaviors (back and replay buttons) and learners’ perceptions of cognitive load served as additional dependent variables. The results of this study indicate that listening to normal or moderately compressed (25%) instruction in a multimedia environment supports learning. At these speeds, cognitive load is not increased thus allowing learners to gain a conceptual understanding of the material.     

The effects of a competency‐oriented learning environment and tutor feedback on students’ reflection skills

This study investigates the effects of a competency‐oriented course and the effects of feedback training on students’ reflection skills. Thirty‐one nursing students enrolled in a conventional course with lectures and assignments following a traditional test. Subsequently, they enrolled in a competency‐oriented course, which included more performance‐oriented tasks based on competencies and a performance‐based assessment. In both courses, half of the students received feedback on their assignments from tutors who were trained in feedback skills (experimental group), while the other half of the students received feedback from non‐trained tutors (control group). After each course, all students wrote a reflection report. Results show that students’ reflection reports after the competency‐oriented course were of a higher quality than the reports after the conventional course. Contrary to our expectations, the quality of the reflection reports of the control group (students supervised by non‐trained tutors) was significantly higher than the quality of reflection reports of the experimental group (students supervised by trained tutors). This study shows that a competency‐oriented design of courses enhances students’ reflection skills, but that the training in feedback skills needs to be reconsidered.     

Implications of task structure on self‐regulated learning and achievement

School tasks interact with student motivation, cognition, and instruction to influence learning and achievement. Heeding calls for additional research linking motivational and cognitive factors in learning and instruction on specific tasks within authentic classroom settings we quantitatively and qualitatively track 90 tenth‐grade science students’ motivation, reported use of learning strategies, achievement, calibration, and task perceptions as they engage in a well‐structured task (WST) and an ill‐structured task (IST). Students achieved higher grades on, and reported more ease and value for, the WST whereas they utilised critical thinking and peer learning strategies more on the IST. Lower academic achievers calibrated their achievement less accurately on each task and experienced lower grades, interest, ease, and management capability on the IST. Conversely, higher academic achieving students reported more self‐efficacy and effort regulation and lower anxiety and elaboration on the IST. Motivation – notably less intrinsic goal orientation in low academic achievers and higher task value and self‐efficacy – predicted performance on the IST. The structure of tasks may provide prompts that illicit unique self‐regulated learning responses in students.     

Effects of variations in task design on mathematics teachers’ learning experiences: a case of a sorting task

The goal of the study presented in this article was to examine how variations in task design may affect mathematics teachers’ learning experiences. The study focuses on sorting tasks, i.e., learning tasks that require grouping a given set of mathematical items, in as many ways as possible, according to different criteria suggested by the learners. We present an example of a sorting task for which the items to be grouped are related to basic concepts of analytical geometry that are connected to the notion of loci of points. Based on a design experiment of three iterations with practicing secondary school mathematics teachers, we report on intended and enacted objects of learning inherent in three versions of the task. Empirically based suggestions are drawn about design of sorting tasks that potentially evoke desirable learning experiences.     

The effects of learning–family conflict,perceived control over time and task-fit technology factors on urban–rural high school students’ acceptance of video-based instruction in flipped learning approach

Flipped learning approach combines video-based instruction (VBI) outside the classroom and problem-solving activities inside the classroom. The success of this instructional approach largely depends on students’ acceptance to learn the video presentation at home during pre-classroom activities. However, there are still very scarce insights regarding the evaluation of students’ eagerness to learn VBI. This paper aims to extend UTAUT model by adding learning–family conflict, perceived control over time and task-fit technology factors to investigate urban–rural high school students’ acceptance of VBI in flipped learning approach. 400 randomly selected students from urban and rural senior high school were used for the study. Structured equation modeling and multi-group analysis using t test were employed to analyze the survey data. The results showed that facilitation condition, task-fit technology, perceived control over time, performance expectancy, and learning–family conflict have positive influence on students’ behavioral intention to use VBI. Surprisingly, the t-test analysis indicated significant differences between groups, suggesting that students in the rural schools have low learning–family conflict, high perceived control over time, and high intention to use VBI than urban students. Detailed results and educational implications are discussed.     

The effects of cooperative learning on preschoolers’ mathematics problem-solving ability

The aim of this study is to investigate the efficiency of cooperative learning on preschoolers’ verbal mathematics problem-solving abilities and to present the observational findings of the related processes and the teachers’ perspectives about the application of the program. Two experimental groups and one control group participated in the study. Results found that preschoolers in the experimental groups experienced larger improvements in their problem-solving abilities than those in the control group. Findings also revealed that the cooperative learning method can be successfully applied in teaching verbal mathematics problem-solving skills during the preschool period. The preschoolers’ skills regarding cooperation, sharing, listening to the speaker and fulfilling individual responsibilities in group work improved. The teachers’ points of view also supported these findings.     

The perception of workload and task complexity and its influence on students’ approaches to learning: a study in higher education

Researchers have tried to induce a deeper approach to learning by means of student-centred learning environments. Findings did not always confirm the positive hypotheses. This has given rise to the question as to what the discouraging or encouraging factors are for inducing a deep approach to learning. The aim of this research study is to determine whether perceived workload and task complexity are discouraging or encouraging factors. In addition, these relationships will be investigated under different induced conditions which offer the potential to deepen our understanding of the nature of the investigated relationships. Participants were 128 second year Bachelor level students in educational sciences. After an introduction with the theory, students were given four tasks with various workloads and task complexities after which they filled out questionnaires on learning approaches, perceived workload and perceived task complexity. For every task, correlations and multiple stepwise regressions were calculated. The information from the interviews was used to support and illustrate the results of quantitative analyses. In general, results show no significant relationship between perceived workload and students’ approaches to learning. For perceived task complexity, it was found that a perceived lack of information is a discouraging factor for inducing a deep learning approach. A lack of information consistently increases students’ surface approaches to learning regardless of the induced workload and task complexity.     

Exploring the effects of web-mediated socially-shared regulation of learning and experience-based learning on improving students’ learning

The application of online learning and educational technologies in higher education has changed teaching methods, the channels of delivering learning materials, and modes of communication between teachers and students. This study is aimed to improve learning effects and investigate, via quasi-experiments, the effects of web-mediated socially-shared regulation of learning (SSRL) and experience-based learning (ExBL) on improving students’ learning results. The experimental design in this study was a 2 (SSRL vs. non-SSRL)?×?2 (ExBL vs. non-ExBL) factorial pretest/post-test design. Four classes in a one-semester course titled “Applied Information Technology: Data Processing” at university level were chosen for this study. Based on the analysis carried out in this study, students who received the treatments of web-mediated SSRL and/or ExBL did not have significantly better computing skills in using Excel. The reasons for these insignificances and implications thereof are discussed in this paper. Nevertheless, students in the SSRL and non-ExBL class had significant increases in scores for their learning motivation at the end of semester compared with the beginning.     

The effects of browse time on the Internet on students’ essay scores

This study examined how 30 minutes of search time on the Web affected students’ essay scores in response to a writing prompt. Expository essays were obtained from 49 fourth- and fifthgrade students enrolled in an elementary school in Virginia, in the United States. Students were placed by random assignment into three groups with the same writing prompt for all three groups. Data analyses using ANOVA indicate that there was statistical significance in two components of writing. The group that received instruction on using the Internet to conduct research in the prewriting phase outperformed the control group in two areas: the total essay score (p=.053) and usage/mechanics (p=.028). The study also produced effect sizes ranging from small to large when the Internet users were compared to the control group. Implications for the future of Internet use in the school system are discussed.     

The daily me: a response to ‘Tocqueville on democracy and inclusive education: a more ardent and enduring love of equality than of liberty’

The relationship between a parent and their child who has SEN is one that, by necessity, is shared with a larger than usual group of professionals. It is perhaps inevitable, then, that this relationship has been an occasionally precarious one, with a potential for conflict due to differing perspectives and priorities. Although the ideal of partnership between parent and professional was originally defined in the Warnock Report in 1978 as a preference for equality, the constitution of partnership has continued to be viewed with a degree of caution. The contribution of parents in the education of their child has been a long‐standing yet somewhat relegated feature of policy reform, where limited investigation of parents’ views has perpetuated the consensus that multiple perspectives are rarely obtained. This paper explores the premise of partnership in Northern Ireland, with reference to parents’ relationships with the cross‐section of professionals who constitute an inevitable by‐product of having a child with SEN. Specifically, it will refer to their perceived status as partners within procedural infrastructures, and identification of those factors that have challenged the premise of partnership. The paper will present some findings from a phenomenological study involving 20 parents. This represented the third and final stage of a large scale research study involving quantitative and qualitative data collection. In Northern Ireland, the dual prerogatives of special education and inclusion have acquired commensurate currency as part of an ongoing process of social reform and education rationalisation. This meant that much of the research was undertaken against a backdrop of emerging educational policy and legislation for SEN, disability and inclusion. It is a timely opportunity, then, to review existing challenges and to consider possible alternatives for future partnerships     

Does your approach to time matter for your learning? The role of time perspectives on engagement and achievement

Time perspectives have been found to be related to a wide range of psychological phenomena. However, in the educational context, there remains to be a lack of research on how they relate to important academic outcomes. Therefore, the aim of this research was to examine how time perspectives are related to educational outcomes such as engagement, its opposite disaffection and achievement. A model positing time perspectives as antecedents, engagement and disaffection as mediators, and academic achievement as an outcome was proffered. Filipino university students were recruited to answer relevant questionnaires. Results showed that future and past-positive time perspectives were positively associated with engagement and negatively associated with disaffection. Past negative and present fatalistic time perspectives were associated with disaffection. Interestingly, present fatalistic time perspective was related to both positive (engagement) and negative (disaffection) outcomes. A cultural explanation was proposed. Moreover, engagement positively predicted academic achievement, while disaffection negatively predicted it. Implications for integrating research on individual differences in time perspectives and academic outcomes are discussed.     

The effects of constructivist learning environment on prospective mathematics teachers＇ opinions

To explore the effects of constructivist learning environment on prospective teachers＇ opinions about ＂＇mathematics, department of mathematics, discrete mathematics, countable and uncountable infinity＂ taught under the subject of Cantorian Set Theory in discrete mathematics class, 60 first-year students in the Division of Mathematics Education at the Department of Science and Mathematics in Buca Education Faculty at Dokuz Eylul University were divided into two homogenous groups. In order to do this segmentation, Minimum Requirements Identification Test was developed and used by the researchers. This test includes concepts like ＂＇set＂, ＂correlation＂ and ＂function＂, which are required to understand Cantorian Set Theory. While the control group was taught by traditional methods, a teaching method based on a constructivist approach was applied to the experimental group. Data were gathered by an open-ended questionnaire administered to total 40 students, 20 from the each group. Collected data were evaluated through content analysis. In the end, despite the minor differences, no statistically significant difference was found between the opinions of control and experimental groups about mathematics （χ^2calculation=2.578, SD=3, p〉0.05）, department of mathematics （χ^2calculation=3.185, SD=3, p〉0.05） and discrete mathematics （χ^2calculation=4.935, SD=3, p〉0.05） after the instruction. However, opinions about Cantorian Set Theory were significantly differentiated between experimental and control groups after the instruction （χ^2 calculation= 13.486, SD=2, p〈0.05）.