Hope,Anger, and Depression as Mediators for Forgiveness and Social Behavior in Turkish Children

ABSTRACT. This study examined the mediating effects of hope, anger, and depression in the associations between forgiveness and social behavior, in fourth grade students in Turkey. The 352 fourth grade primary school students were involved in the study. The average age was 9.98 and 56.3% were boys. The Enright Forgiveness Inventory for Children (EFI-C), the Beck Anger Inventory for Youth (BANI-Y), the Children Hope Scale (CHS), the Social Behavior Questionnaire (SBQ), and the Children's Depression Inventory (CDI) were used. Results showed that depression mediates the relationship between anger and antisocial behavior and between hope and antisocial behavior. Anger mediates the relationship between hope and depression and between hope and antisocial behavior. Forgiveness was related to anger and hope directly. Implications of this study for child counseling were discussed.     

小学数学真实性问题解决的调查研究

在常规课堂上对来自北京市两所小学148位10-12岁的小学生进行真实性问题的测验,研究结果表明:1)被试中对真实数学问题作出真实性解答的人数比例约为四分之一,高于国外同类研究中比例.2)作出常规解答的人数比例约为一半,显著高于作出真实解答的人数比例.3)六年级被试作出真实解答的人数比例普遍高于四年级,但是在某些问题上,六年级被试中作出常规解答的人数比例反而高于四年级.4)被试对不同真实问题的反应存在一定的差异,这可能与真实问题的特点有关.     

Achievement emotions in elementary,middle, and high school: How do students feel about specific contexts in terms of settings and subject‐domains?

The present work investigates students' representation of achievement emotions, focusing in context‐specific situations in terms of settings and subject‐domains, as a function of grade level. We involved 527 fourth‐, seventh‐, and eleventh‐graders, who evaluated ten discrete emotions through questionnaires, with reference to verbal language and mathematics, and different settings (class, homework, tests). Confirmatory multitrait‐multimethod analyses indicated higher salience of subject‐domains rather than settings for all the emotions; however, complexity of reality was best explained when also settings were accounted for. Analyses of variance revealed higher intensity of positive emotions for younger students, and the opposite pattern for older students; significant differences for most of the emotions based on the evaluative nature of settings, moderated by class levels; more intense positive emotions for mathematics and more intense negative emotions for Italian. Results are discussed considering their theoretical and applied relevance, corroborating previous literature on domain‐specificity.     

A comparison of parent and teacher reports of selected adaptive behaviors of children

Assessment of children's adaptive behavior has been recommended for full multidimensional and nondiscriminatory evaluations. Additionally, previous research has reported discrepancies between teacher and parent reports on adaptive behavior. The purpose of this study was to compare mother and teacher reports on two scales from the Adaptive Behavior Inventory for Children of the System of Multicultural and Pluralistic Assessment (SOMPA). Black students from second through fourth grades (N = 24; 4 males and 4 females per grade) in an urban, parochial school were selected. The interviewers were two trained female graduate students (one white, one black). Each child's mother and teacher were interviewed in accordance with SOMPA assessment procedures. The results indicated that there was little agreement (.38 to .64) between mother and teacher reports. Additionally, mothers tended to provide higher ratings of adaptive behaviors than did teachers, irrespective of grade level. Implications of these findings for the assessment of children's adaptive behaviors are discussed.     

Developmental dissociation in the neural responses to simple multiplication and subtraction problems

Mastering single‐digit arithmetic during school years is commonly thought to depend upon an increasing reliance on verbally memorized facts. An alternative model, however, posits that fluency in single‐digit arithmetic might also be achieved via the increasing use of efficient calculation procedures. To test between these hypotheses, we used a cross‐sectional design to measure the neural activity associated with single‐digit subtraction and multiplication in 34 children from 2nd to 7th grade. The neural correlates of language and numerical processing were also identified in each child via localizer scans. Although multiplication and subtraction were undistinguishable in terms of behavior, we found a striking developmental dissociation in their neural correlates. First, we observed grade‐related increases of activity for multiplication, but not for subtraction, in a language‐related region of the left temporal cortex. Second, we found grade‐related increases of activity for subtraction, but not for multiplication, in a region of the right parietal cortex involved in the procedural manipulation of numerical quantities. The present results suggest that fluency in simple arithmetic in children may be achieved by both increasing reliance on verbal retrieval and by greater use of efficient quantity‐based procedures, depending on the operation.     

First and Fourth Grade Boys' and Girls' Preferences For and Perceptions About Narrative and Expository Text

This investigation focused on elementary-aged (first and fourth grade) children's individual preferences for narrative and expository text and perceptions of what their same-aged peers would like to read. Preferences and perceptions of text were examined through the lenses of social constructivist and engaged reading theories. The overall purpose of this study was to examine elementary students' preferences for and perceptions about narrative and expository text. This study was a systematic replication and extension of Chapman, Filipenko, McTavish, and Shapiro's (2007) research in British Columbia with first graders. Two individually administered book preference (Open and Closed) tasks and interviews were administered to 84 students. Findings revealed gender and grade level profiles in terms of preferences, perceptions, and rationales for their book choices. As expected, both first and fourth grade boys demonstrated a strong preference for expository text, however, the fourth grade boys also showed a growing preference for narrative text as well. In contrast, both first and fourth grade girls demonstrated a strong preference for both narrative and expository text. For both boys and girls, book topic and pictures/illustrations were the two top categories that drew the children's interest and resulted in the most conversations. Results are discussed in light of implications for instruction, assessment, and future research.     

The degree of abstraction in solving addition and subtraction problems

In this study, the incidence of the degree of abstraction in solving addition and subtraction problems with the unknown in the first term and in the result is analyzed. Ninety-six students from first grade to fourth grade in Primary Education (24 students per grade) solved arithmetic problems with objects, drawings, algorithms, and verbal problems. The participants were interviewed individually and all sessions were video-taped. The results indicate a different developmental pattern in achievement for each school grade depending on the levels of abstraction. The influence of the level of abstraction was significant, especially in first graders, and even more so in second graders, that is, at the developmental stage in which they start to learn these arithmetic tasks. Direct modeling strategies are observed more frequently at the concrete and pictorial level, counting strategies occur at all levels of abstraction, whereas numerical fact strategies are found at higher levels of abstraction.     

Are diagrams always helpful tools? Developmental and individual differences in the effect of presentation format on student problem solving

Background. High school and college students demonstrate a verbal, or textual, advantage whereby beginning algebra problems in story format are easier to solve than matched equations ( Koedinger & Nathan, 2004 ). Adding diagrams to the stories may further facilitate solution ( Hembree, 1992 ; Koedinger & Terao, 2002 ). However, diagrams may not be universally beneficial ( Ainsworth, 2006 ; Larkin & Simon, 1987 ). Aims. To identify developmental and individual differences in the use of diagrams, story, and equation representations in problem solving. When do diagrams begin to aid problem‐solving performance? Does the verbal advantage replicate for younger students? Sample. Three hundred and seventy‐three students (121 sixth, 117 seventh, 135 eighth grade) from an ethnically diverse middle school in the American Midwest participated in Experiment 1. In Experiment 2, 84 sixth graders who had participated in Experiment 1 were followed up in seventh and eighth grades. Method. In both experiments, students solved algebra problems in three matched presentation formats (equation, story, story + diagram). Results. The textual advantage was replicated for all groups. While diagrams enhance performance of older and higher ability students, younger and lower‐ability students do not benefit, and may even be hindered by a diagram's presence. Conclusions. The textual advantage is in place by sixth grade. Diagrams are not inherently helpful aids to student understanding and should be used cautiously in the middle school years, as students are developing competency for diagram comprehension during this time.     

Generality of creativity across performance domains

The existence of general creative‐thinking skills was investigated. In the first study, 50 eighth‐grade students wrote poems, stories, mathematical equations, and mathematical word problems, all of which were rated for creativity by experts. When the effects of IQ reading achievement, and math achievement were controlled through multiple regression analyses, creativity scores on the four tasks were not correlated. This suggests that general creative‐thinking skills did not contribute to creative performance in these different tasks. Subjects also responded to a brief verbal fluency test. Scores on this test correlated significantly with story‐writing creativity (r = .34) but not with the other three tasks. Three follow‐up studies were conducted with second‐, fourth‐, and fifth‐grade students, and adults. These studies also produced no significant correlations among creativity ratings of various products.     

A randomized trial of individual tutoring for elementary school children with reading and behavior difficulties

Children in Grades K-5, selected for reading and behavior problems, received individual tutoring in a program which aimed to detail a hierarchy of reading skills, locate the point on the hierarchy at which each child should work, and provide enthusiastic social reinforcement for successes. Children were randomly assigned to higher or lower frequency tutoring (one 45-min. session every 1.6 days vs every 8.3 days). The higher frequency group progressed significantly faster in reading than the lower frequency group. Both groups progressed much faster during the time of the intervention than they had before tutoring. Before tutoring, both groups had progressed at about 0.5 grade per year; during tutoring, the higher frequency group progressed at 1.5 grade per year and the lower frequency group at 1.1 grade per year. The subsets of children with verbal ability scores one or two standard deviations below the population mean, as assessed on the Peabody Picture Vocabulary Test, still progressed at average rates of 1.2 grade per year during tutoring. The amount of work students accomplished on a sounding and blending drill predicted reading progress. The intervention cost an average of 1,156 dollars per student per year.     

Self‐perceived competence,learning conceptions and preferred learning situations in the domain of communication

Background: An important purpose of education in the field of social work is the development of social‐communicative competence and students' individual learning theories (ILTs) concerning this domain. Aims: Our first aim was to develop diagnostic instruments for ILT assessment and to understand the relationships between ILT variables. Our second purpose was to study the differences in ILT variables between students of three study years. Samples: A total of 396 full‐time social work students participated in this study: 176 first‐year, 147 second‐year and 73 fourth‐year students (92% women and 8% men). Method: Based on a theoretical framework, three questionnaires have been constructed, covering three ILT variables: self‐perceived competence, learning conceptions and preferred learning situations. For scale construction, principal component analyses and reliability analyses were conducted. ANOVAs and post hoc comparisons of means were used to investigate cross‐sectional differences regarding ILT variables. Pearson correlations and regression analyses were performed to gain more insight into the relationships between ILT variables. Results: Five aspects of self‐perceived competence, four learning conceptions and five preferred learning situations were found. Learning conceptions and self‐perceived competencies were found to be predictors of students' preferred learning situations. Many differences were found between the three groups of students, especially between the first‐year students and the others. Conclusions: When studying the acquisition of social‐communicative competence, it is important to take students' individual learning theories into account. Increased insight into the role ILTs play can be of help in improving social work education.     

The Relations Between Children's Past Experiences,Social Knowledge,and Memories for Social Situations

This study explored the relations between 5- and 6-year-olds' (N = 40) past social experiences, social knowledge, and interpretation and recall of social situations. Children were read stories depicting a fictional child's behaviors, and path analyses related children's impressions of the story character and story recall to their expectations about social situations and parent reports of their behavioral histories. Children's behavioral histories predicted their social expectations, which predicted their impressions of the character, and their impressions shaped their memories of the character's behaviors. These links, however, varied according to the complexity of social knowledge. The findings suggest that individual differences in children's interpretation and recall of identical events may be partially explained by variations in past experience and background knowledge.     

BEHAVIORAL SUPPORT FOR SYSTEMATIC DESENSITIZATION FOR COMMUNICATION APPREHENSION

This study reports two experiments designed to further our understanding of the effects of systematic desensitization (SD) training on college students. Experiment 1 demonstrates that students who participate in SD report significantly higher self-esteem after doing so. Experiment 2 provides behavioral support for SD. Using Mulac and Sherman's BASA scale, it was discovered that students who successfully completed the SD program exhibited more verbal fluency and less rigidity in their speeches than did those students who were originally as anxious but did not join the program. Also included was the measurement of a student's predisposition towards verbal behavior. Mortensen, Arntson, and Lustig's scale was used to measure this predisposition. The results showed, however, that students in SD did not differ significantly from those who chose not to join SD.     

Psychometric Properties of the Behavioral Assertiveness Test for Children (BAT-C)

The Behavioral Assertiveness Test for Children (BAT-C) is a widely used role-play test for assessing assertive responding in children. Past research has indicated that this assessment technique is sensitive to treatment and generalization effects, however, the psychometric properties of the BAT-C have not been previously addressed. The present study was designed to examine several internal psychometric properties of this assessment method. Both verbal and nonverbal measures were used to assess the BAT-C's internal consistency, item-total correlation and to perform step-wise multiple regression analyses. Results and implications for further use of this role-play test are discussed.     

The Development of Procedural and Conceptual Knowledge in Computational Estimation

Children in Grades 4, 6, and 8 and adults estimated answers to multiplication problems. The problems varied in the number of digits: 1 x 2 (e.g., 8 x 18), 1 X 3 (e.g., 5 x 144), 2 x 2 (e.g., 22 x 91), and 2 x 3 (e.g., 45 x 164). Few children in Grade 4 could estimate. Most sixth and eighth graders provided reasonable estimates, however, even on difficult (e.g., 2 x 3) problems. Estimation performance improved with age, with adults producing more accurate estimates than children, but the most striking developmental changes were in the conceptual knowledge used to perform this estimation task. From Grade 6, students seemed to understand the role of the simplification principle in estimation. Children reduced complex problems through rounding and prior compensation to produce reasonable estimates. Only adults seemed to have a good grasp of the principle of proximity, however, understanding that it is important for the estimate to be reasonably close to the actual answer. Adults produced exact-answer solutions on simple problems and adjusted their preliminary estimates closer to the actual answer postcompensation). We propose a process model of estimation based on Siegler's model of strategy choice in simple arithmetic.     

Interspersing easy math problems among challenging problems: detection of interspersal effects in whole-class applications

Interspersing easy problems among challenging problems has been shown to both increase students’ preference for completing math worksheets and the fluency with which they complete challenging problems. Although early research examining the interspersal procedure in mathematics was conducted with college-age students, there are a growing number of studies utilizing the interspersal procedure in elementary and secondary school settings. A particular concern with existing research however is whether the beneficial effects are maintained across multiple sessions and whether effects generalize when implemented with large groups of students. The current study addressed this concern by administering both control and interspersal math worksheets consisting of instructionally relevant problems to 75 fourth grade students across four sessions. Because students’ instructional levels differed, analyses were conducted separately for students identified as fluent and less fluent based upon student performance on the control worksheet administered during session 1. Dependent measures included digits correct and problems correct as well as students’ responses to four preference questions following each session. Although results differ from previous research in that students completed significantly more digits correct on control worksheets, explanations of these differences are examined and implications are discussed.