PLEASURE AS SELF‐DISCOVERY

This paper uses readings of two classic autobiographies, Edmund Gosse's Father & Son and John Stuart Mill's Autobiography, to develop a distinctive answer to an old and central question in value theory: What role is played by pleasure in the most successful human life? A first section defends my method. The main body of the paper then defines and rejects voluntarist, stoic, and developmental hedonist lessons to be taken from central crises in my two subjects' autobiographies, and argues for a fourth, diagnostic lesson: Gosse and Mill perceive their individual good through the medium of pleasure. Finally, I offer some speculative moral psychology of human development, as involving the waking, perception, management, and flowering of generic and individual capacities, which I suggest underlies Gosse and Mill's experiences. The acceptance of one's own unchosen nature, discovered by self‐perceptive pleasure in the operation of one's nascent capacities, is the beginning of a flourishing adulthood in which that nature is fully developed and expressed.     

Development of an Expert Explanation: An Analysis of a Sequence of Subtraction Lessons

This article documents the teaching and learning that occurred during an 8-day unit on subtraction with regrouping in an expert teacher's second-grade classroom. Students in this study were found to be not only highly skilled in computation at the end of the sequence, but also to have, in some cases, unusual skill in solving problems beyond the range of instruction. Detailed analyses of the expert lessons that led to such high levels of student performance and understanding focused both on the explanations the teacher provided and on students' knowledge growth throughout the sequence. Two aspects of the teacher's explanations were analyzed: the subject-matter content and the explanational plan. Semantic nets were used to portray the teacher's subject-matter knowledge displayed in each lesson and were compared with corresponding nets of student knowledge for each day. All explanations were structurally analyzed to develop a network of goal states and action schemas, similar to other cognitive planning nets, that generated a model of an expert explanation. Student knowledge was traced by means of tests and interviews administered to a sample of 8 students before, during, and after instruction.     

The effects of self-regulation training on the academic productivity of secondary students with learning problems

Four self-regulation skills were taught in a series of student-teacher conferences to eight learning disabled (LD) and three non-disabled (NLD) adolescents in an alternative high school. All participants had a prior history of school failure and low lesson-completion rates. The skills taught were behavior contracting, self-recording, self-monitoring, and self-reinforcement. Self-instructional materials in reading, writing, and math were used as the curriculum, and the dependent variables in the study were the number of lessons completed per student per day in the three academic areas. Multiple-baseline designs across students and across academic areas were employed to assess the effects of the self-regulation training and the students' application of the self-regulation skills on lesson completion. Results indicate that all participating LD and NLD students substantially increased their rate of lesson completion after the intervention. These increases occurred in the academic areas targeted by the students for the application of the self-regulation skills. Thus, self-regulation interventions hold promise for bringing at-risk students into contact with the school curriculum.     

Effects of testing on subsequent re‐encoding and long‐term forgetting of action‐relevant materials: On the influence of recall type

Testing one's memory of previously studied information reduces the rate of forgetting, compared to restudy. However, little is known about how this direct testing effect applies to action phrases (e.g., “wash the car”) – a learning material relevant to everyday memory. As action phrases consist of two different components, a verb (e.g., “wash”) and a noun (e.g., “car”), testing can either be implemented as noun‐cued recall of verbs or verb‐cued recall of nouns, which may differently affect later memory performance. In the present study, we investigated the effect of testing for these two recall types, using verbally encoded action phrases as learning materials. Results showed that repeated study–test practice, compared to repeated study–restudy practice, decreased the forgetting rate across 1 week to a similar degree for both noun‐cued and verb‐cued recall types. However, noun‐cued recall of verbs initiated more new subsequent learning during the first restudy, compared to verb‐cued recall of nouns. The study provides evidence that testing has benefits on both subsequent restudy and long‐term retention of action‐relevant materials, but that these benefits are differently expressed with testing via noun‐cued versus verb‐cued recall.     

Effects of priming self‐construals on self‐evaluations: Cultural game player perspective

This study examined the validity of situational view on culture‐specific behaviours focusing on self‐evaluation. Two experiments with American students as samples were conducted to examine whether priming their self‐construals would affect individuals' self‐evaluation. In Experiment 1, the participants' self‐evaluation was compared across different conditions of primed self‐contruals. In Experiment 2, the participants were split into 2 groups based on their initial default self‐consturals and, the self‐evaluations were compared across the 2 groups after priming self‐contruals. The results demonstrated that although the participants' self‐evaluation was initially in accord with their default self‐construal, it changed into accord with the primed self‐construals. The findings supported the proposed cultural game player view. Implications on situational view of self‐evaluation are also discussed.     

Iterating between lessons on concepts and procedures can improve mathematics knowledge

Background Knowledge of concepts and procedures seems to develop in an iterative fashion, with increases in one type of knowledge leading to increases in the other type of knowledge. This suggests that iterating between lessons on concepts and procedures may improve learning. Aims The purpose of the current study was to evaluate the instructional benefits of an iterative lesson sequence compared to a concepts‐before‐procedures sequence for students learning decimal place‐value concepts and arithmetic procedures. Samples In two classroom experiments, sixth‐grade students from two schools participated (N = 77 and 26). Method Students completed six decimal lessons on an intelligent‐tutoring systems. In the iterative condition, lessons cycled between concept and procedure lessons. In the concepts‐first condition, all concept lessons were presented before introducing the procedure lessons. Results In both experiments, students in the iterative condition gained more knowledge of arithmetic procedures, including ability to transfer the procedures to problems with novel features. Knowledge of concepts was fairly comparable across conditions. Finally, pre‐test knowledge of one type predicted gains in knowledge of the other type across experiments. Conclusions An iterative sequencing of lessons seems to facilitate learning and transfer, particularly of mathematical procedures. The findings support an iterative perspective for the development of knowledge of concepts and procedures.     

Segregation accuracy in item‐method directed forgetting across multiple tests

Two experiments examined recall across tests following item‐method directed‐forgetting instructions and the varying of presentation duration of items at study. For both immediate testing (Experiment 1) and delayed testing (Experiment 2), accurate recall of remember instruction items (R‐items) exceeded the accurate recall of forget instruction items (F‐items). However, some F‐items from study were inaccurately recalled as R‐items and R‐items from study as F‐items. Inaccurate recall persisted across tests for both immediate and delayed recall and increased across tests for immediate recall. We view the R‐item advantage in accurate recall as consistent with the account they receive more rehearsal at study than do F‐items. We view inaccurate recall as reflecting the bias to report items retrieved on an immediate test lacking instructional tags as F‐items. On delayed tests, items retrieved lacking instructional tags are first assessed against a criterion point on a memory‐strength continuum and those with strength above the criterion reported as R‐items and those below the criterion as F‐items.     

Direct remembering,mediated remembering,and atypical forgetting functions

Atypical forgetting functions have been demonstrated in several recent studies of delayed matching to sample, in which experimental conditions are altered partway through the retention interval. The forgetting functions are atypical in that accuracy or discriminability is not always a negatively accelerated monotonic function of increasing retention interval duration, but may increase at later times in the retention interval. Atypical forgetting functions reflect changes in levels of discrimination. A switch from a lower level to a higher level of discrimination, or vice versa, can occur at any time in the retention interval. The behavioral theories of remembering proposed by Nevin, Davison, Odum, and Shahan (2007), and White and Brown (2014), offer quantitative predictions of forgetting functions that differ in intercept or slope. Both theories are able to account for atypical forgetting functions, by assuming time‐independent changes in the mediating effect of attending to sample and comparison stimuli (in Nevin et al.'s model) or in the direct effect of the context of reinforcement of the conditional discrimination (in White & Brown's model). Despite differences in their main assumptions, the theories have an edge over any theory that assumes that forgetting is time‐dependent.     

Academic self‐handicapping: Relationships with learning specific and general self‐perceptions and academic performance over time

Background. Academic self‐handicapping (ASH) tendencies, strategies students employ that increase their chances of failure on assessments while protecting self‐esteem, are correlated with classroom goal structures and to learners' general self‐perceptions and learning strategies. In particular, greater ASH is related to poorer academic performance but has yet to be examined with respect to learners' performance across a series of tests. Aims. This research was designed to examine the relationship between students' ASH tendencies and their self‐concept clarity, learning strategies, and performance on a series of tests in a university course. Sample. A total of 209 (153 female; 56 male) Canadian university psychology students participated in this study. Methods. Participants' ASH tendencies, self‐concept clarity, approaches to learning, and self‐regulatory learning strategies were assessed along with expected grades and hours of study in the course from which they were recruited. Finally, students' grades were obtained for the three tests for the course from which they were recruited. Results. Students reporting greater self‐handicapping tendencies reported lower self‐concept clarity, lower academic self‐efficacy, greater test anxiety, more superficial learning strategies, and scored lower on all tests in the course. The relationships of ASH scores and learner variables with performance varied across the three performance indices. In particular, ASH scores were more strongly related to second and third tests, and prior performances were accounted for. ASH scores accounted for a relatively small but significant proportion of variance for all three tests. Conclusions. These results showed that ASH is a unique contributing factor in student performance outcomes, and may be particularly important after students complete the initial assessment in a course.     

Effects of a Peer-Delivered Corrective Reading Program

The effects of a peer-delivered Corrective Reading program (CRP) (Engelmann, Hanner, & Johnson, 1989) with repeated reading on the reading performance of at-risk high school students were examined. High school peer instructors and students in need of reading remediation were randomly assigned to dyads or triads. Peer instructors presented the CRP, conducted repeated reading trials, and took rate and accuracy measures. Pre to post test data were collected on vocabulary and comprehension subtests of the Gates–MacGinitie Reading Tests, oral reading fluency (words read per minute) and accuracy, number of repeated readings on initial and final lessons, and lessons completed. Results indicated that students' performance on the standardized reading assessment increased as did their oral reading fluency. In general, the number of repeated readings decreased from the initial lesson to the final lesson. Implications for further research are discussed.     

Children remember early childhood: long‐term recall across the offset of childhood amnesia

Young children's verbal recall for personally experienced events was examined over extended time periods across the traditional boundary of childhood amnesia. Forty children, aged 5½, discussed with an experimenter personal experiences that had taken place when they were as young as 1½. At 5½ children had not yet forgotten at least some events from before age 3½, the average offset of childhood amnesia. There was a qualitative shift in children's recall for events that occurred before age 2; for events that happened before age 2, only around half of children's recall was accurate. For events that occurred after this age, over 75% of children's recall was accurate. Complete forgetting of very early childhood has not yet occurred by age 5½. Copyright © 2007 John Wiley & Sons, Ltd.     

A procedure for maintaining student progress in a personalized university course

Ten students in a personalized university course were given target dates for completing each of 26 lessons. The lessons could be completed before those dates, but not after. The first two failures to complete a lesson by the target date led to "warnings"; the next failure required the student to withdraw from the course. When each student's rate of lesson completion was compared with and without target dates, it was found that students completed an average of 1.0 lesson a day with the target-date contingency and 0.3 without it. Individual data indicated that most students did few or no lessons without the contingency. It was concluded that a target-date contingency is an effective method for maintaining student progress in personalized university courses.     

Judging credibility: Can spaced lessons help students think more critically online?

Despite the prevalence of the spacing effect in the psychological literature, the impact of lesson timing has not yet been fully explored in real classrooms. The current study examined whether spacing could improve long‐term retention of both factual and critical thinking curriculum‐based teaching materials for children. Students 9 to 12 years old were taught to judge the credibility of websites in either three consecutive days of lessons or one lesson per week. Thirty‐five days after the final lesson, students were tested on factual knowledge and applied their knowledge to evaluating a new website. Students in the spaced condition remembered more facts from the lessons and were better able to explain their website ratings than students in the massed group.     

Stereotype Threat Effects on Learning From a Cognitively Demanding Mathematics Lesson

Stereotype threat—a situational context in which individuals are concerned about confirming a negative stereotype—is often shown to impact test performance, with one hypothesized mechanism being that cognitive resources are temporarily co‐opted by intrusive thoughts and worries, leading individuals to underperform despite high content knowledge and ability (see Schmader & Beilock, 2012 ). We test here whether stereotype threat may also impact initial student learning and knowledge formation when experienced prior to instruction. Predominantly African American fifth‐grade students provided either their race or the date before a videotaped, conceptually demanding mathematics lesson. Students who gave their race retained less learning over time, enjoyed the lesson less, reported a diminished desire to learn more, and were less likely to choose to engage in an optional math activity. The detrimental impact was greatest among students with high baseline cognitive resources. While stereotype threat has been well documented to harm test performance, the finding that effects extend to initial learning suggests that stereotype threat's contribution to achievement gaps may be greatly underestimated.     

Applying Retrieval‐Induced Forgetting to Children's Testimony

When a crime has been committed, investigators must obtain as much and as accurate information as possible from witnesses. Initial incomplete interviews may pose a potential cost to unretrieved information. We explored retrieval‐induced forgetting (RIF) in children's autobiographical memory for related episodic events. Children experienced four related play sessions across 4 days, followed by word stem retrieval practice of half of the items, and a cued recall task that took place either 15 minutes or 2 hours later. Categorized details were experienced either within a single day or across multiple days. The emergence of RIF was dependent upon the length of delay between practice and test phases and the temporal distribution of the episodic events. Our observations demonstrate that RIF can be a subtle phenomenon whose occurrence depends upon whether the retrieval context supports an environment of retrieval interference. Copyright © 2012 John Wiley & Sons, Ltd.     

How Much Does Creative Teaching Enhance Elementary School Students' Achievement?

This study examined the relationship between creative teaching and elementary students' achievement gains. Forty‐eight upper elementary school teachers' classroom instruction was observed and evaluated over the course of 8 different lessons throughout the year. For each teacher, during each lesson, both a creative teaching frequency score and a quality score were derived. These scores were then used as predictor variables in a structural equation model to determine the magnitude of the relationship between creative teaching and classroom achievement gains in reading, language, and mathematics. Our results demonstrated that (a) the majority of teachers do not implement any teaching strategies that foster student creativity; (b) teachers who elicit student creativity turn out students that make substantial achievement gains; and (c) classrooms with high proportions of minority and low‐performing students receive significantly less creative teaching.     

The Effects of Teaching Students How to Invent

Teachers encourage students to develop inventions, organizations sponsor invention contests, and publishers sell guidebooks on inventing. Only a few studies have examined the relationship between these materials or opportunities to invent and students' inventiveness. The purpose of this experimental study was to provide an instructional unit on the invention process and to investigate the degree to which training influenced students' inventiveness. Students in the experimental group received eight lessons that were designed to provide training in the invention process and encourage the development of inventions, and students in the control group received one introductory lesson and opportunity to develop inventions. Using the Invention Evaluation Scale, experts assessed three aspects of students' inventions: originality, technical goodness, and aesthetic appeal. Regression analyses indicated that group membership was a significant predictor of the quantity of inventions, but not a significant predictor of the quality of students' inventions.     

Robust memory of where from way back when: evidence from behaviour and visual attention

Retention of events typically exhibits a sharp initial decrease followed by levelling off of forgetting. In an apparent exception to this general rule, college students have robust memory for their own locations in obscured versions of photographs of their entering classes taken during orientation-related activities, whether tested 2 months or 42 months after the event. Experiment 1 of the present research was a test for conceptual replication of this finding in photographs depicting more than twice the number of students (and thus potential distracters). There was no difference in memory accuracy for personal spatial location across retention intervals of 6–30 months. Experiment 2 featured 40-h and 2-month retention intervals, thereby providing a more fine-grained test of the forgetting function. The findings replicated Experiment 1. In Experiment 3, eye-tracking measures of visual attention revealed that participants rapidly fixated their own spatial locations within the photographs, even in the absence of explicit awareness. In all three experiments, memory for temporal features of the orientation activities (e.g., day and time the photograph was taken) followed the typical forgetting function. The findings suggest differential preservation of episodic memory for where relative to other aspects of events and experiences, such as when.