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In 2 experiments I used a delayed multiple probe design to test the effects of teaching students to vocally segment the component phonemes after listening to composite words on the emergence of untaught textual responses, spelling responses, and vocal phoneme blends. All participants were kindergarten students and had been selected because they could textually respond to and write graphemes but did not learn textual responses and spelling responses for words from instruction. There were 2 phases in Experiment I. In Experiment I, Phase 1, I examined the effect of teaching 3 students to vocally segment the component phonemes in a five-word subset of phonemically transparent Consonant-Vowel-Consonant (CVC) words on the emergence of (a) textual responses, (b) dictated written spelling responses (c) vocally blending the component phonemes into a composite word, and (d) vocally segmenting the component phonemes from untaught composite words. During the vocal phoneme segmentation intervention participants were vocally presented with a composite word and were taught to vocally segment and produce each component phoneme separately in the same sequential order as the component word (e.g., cat...c...a...t). Results showed that derived relations emerged across all topographies after learning to vocally segment the phonemes in 2 sets of consonant-vowel-consonant (CVC) words. In Phase 2, I used the same response topographies as Phase 1 using a set of 20 consonant-consonant-vowel-consonant (CCVC) words. All 3 participants demonstrated errors in which they did not include a fourth phoneme (e.g., spelling stop as sop). Results showed that learning to vocally segment a 5-word set of CCVC words established the essential stimulus control for correctly responding to CCVC words. Experiment II was a systematic replication (Sidman, 1960) of Experiment I, Phase 1, which included extra measures of learning and experimental control. Five participants acquired untaught derived relations after learning to vocally segment the component phonemes in composite CVC words. The participants in Experiment II required between 2 and 3 instructional sets before demonstrating derived learning. An additional measure showed that the rate of learning for textual responses increased across all participants after the intervention. Results also showed that verbal operants learned before the intervention joined with the newly acquired spelling repertoire for some participants after the intervention. The results from both experiments demonstrated that children who can identify phonemes and graphemes, but do not learn to textually respond and spell from instruction will acquire those skills as a function of learning the relationship between composite words and the component phonemes through vocal phoneme segmentation.

The purpose of this study was to investigate the effects of short-term Hands-On, Minds-On science process skills on the acquisition of general readiness to learn by kindergarten children.Three null hypotheses were formulated to examine differences between the scores of an experimental group of kindergarten children who had engaged in Hands-On, Minds-On science process investigation and a control group of kindergarten children who had not engaged in such investigation. The students engaged in approximately eight hours of science process investigation. Differences due to sex were examined in Hypothesis II. Differences which may be attributed to student ability as measured by the Peabody Picture Vocabulary Test were examined in Hypothesis III.A fourth factor, class effect was also examined.The research utilized a modified Posttest-Only Control Group design. The posttest was the California Achievement Test, Level 10, Form E.The participants for the study were 86 kindergarten students from four intact classes. The control group was comprised of 47 students and the experimental group a total of 39 students. These students attended a small rural school corporation with a enrollment of approximately 1,240 students.The use of the Wilk's Lambda Multivariate Tests of Significance yielded the following information at the .05 level of significance:No significant difference was found between children who had or had not engaged in Hands-On, Minds-On science process instruction. The significance of F between the two groups was .106.No significant difference was found based on sex differences of the students who participated in this study. The significance of F between males and females was .917.A significant difference was found between high and low ability students who participated in this study. The significance of F to three places, between the two groups was .000.A four-way univariate analysis of variance analogous to the multivariate analysis was performed on each component of the vector (Visual Recognition, Sound Recognition, Reading Vocabulary, Reading Comprehension, Language Expression, and Mathematics) and tested at the .05 level of significance. The results indicated that each component of the vector was significant at the .05 level with the independent variable ability.Based on the researcher's findings recommendations for further research were made. Two of the most promising were increased science time for student participation and development of a test which measures a broader spectrum of the curriculum, including science. / Department of Elementary Education

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陸靜塵. / Thesis (Ph.D.)--Chinese University of Hong Kong, 2011. / Includes bibliographical references (leaves 220-229) / Electronic reproduction. Hong Kong : Chinese University of Hong Kong, [2012] System requirements: Adobe Acrobat Reader. Available via World Wide Web. / Abstracts in Chinese and English. / Lu Jingchen.

The purpose of the evaluation was to test effectiveness of a visual, visual-motor, and auditory perceptual skills training program devised by Dr. Jerome Rosner, and to confirm or deny application of this training to improved classroom skills. Subjects were 38 kindergarten children, 20 in the Contrast Group, and 18 in the Experimental Group. Both groups received the same training in the basic curriculum of readiness skills. The Experimental Group also received training in the Visual Analysis and Auditory Analysis Skills programs. Pretests and posttests were administered, tabulated, and analyzed. Differences in raw score means were sufficient to indicate more than a chance factor and all tests demonstrated a plus factor for children in the Experimental Group.

This study examined the appropriateness of introducing computer programming to kindergarten children. Three issues were explored in the research: 1. the programming capabilities of kindergarten children using a single keystroke program 2. suitable teaching techniques and learning environments for introducing programming 3. the benefits of programming at the kindergarten level. The subjects for the study were 40 kindergarten students from a surburban community in British Columbia, Canada. All students used the single keystroke program, DELTA DRAWING. Two teaching techniques were used—a structured method and a guided discovery method. Quantitative data were collected by administering five skills tests (skills relating to programming) as pretests and postests to both groups. A programming posttest was also given. Qualitative data were obtained by recording detailed observation reports for each of the 22 lessons (11 for each group), conducting an interview with each child at the end of the study and distributing a parent questionnaire. It can be concluded that it is appropriate to introduce computer programming to kindergarten students. The children in this study showed they are capable of programming. All students mastered some programming commands to instruct the "turtle" to move on the screen. DELTA DRAWING was determined to be a suitable means to introduce programming to kindergarten children. A combination of a structured teaching method and a guided discovery method is recommended for introducing a single keystroke program. It was observed that students in a guided discovery learning environment are more enthusiastic and motivated than students in a structured environment. Students need time to explore and make discoveries, but some structure is necessary to teach specific commands and procedures which may otherwise not be discovered. Social interaction should be encouraged while children use the computer, however most kindergarten children prefer to work on their own computer. There was no significant difference between the two groups on all but one of the five skills tests for both the pretests and the posttests. On the Programming Test the two groups did not perform significantly different. It can also be concluded that learning to program promotes cognitive development in certain areas. On all but one of the five skills test both the Structured Group and the Guided Discovery Group scored significantly better on the posttest than on the pretest. Lesson observation reports, student interviews and responses on parent questionnaires suggested that the computer experience was positive and rewarding for the kindergarten students. / Education, Faculty of / Graduate

An analysis of the United Methodist Church kindergarten curriculum has been made in this thesis in an attempt to determine to what extent the curriculum affrims personhood, The study is limited to six years of kindergarten curriculum, fall 1967 through summer 1973. The first objective is to examine the curriculum to discover the extent of affirmation of personhood in general. The second objective is to determine significant trends or changes over a six-year period of curriculum surveyed in terms of affirmation of personhood. The third objective is the recommendation of further changes in the curriculum so that it is more affirming of personhood.

The assumptions of this project imply that concepts concerning the relationships among living organisms can be assimilated by the child only if his experiences include exploration of his environment and the opportunity to discover these relationships himself. In order to help him progress, an interested, informed teacher who will encourage and help him is of prime importance. Because progress needs to be started as early as possible, kindergarten age children will be the focus of this project. Here the school should use the opportunity to begin developing the environmentally aware citizen. Unfortunately, few texts and guides in environmental education have been developed for teachers working in the kindergarten. A beginning curriculum utilizing the curiosity in the children and the order of the environment is needed. This project will be an example of a way to fulfill this need. Therefore, the purpose of this project is to develop a series of activities into a curriculum guide in environmental education for use by teachers in kindergarten. Specifically, this will be a kindergarten environmental education curriculum guide for approximately sixty students in three classes at Melrose Community School in Melrose, Putnam County, Florida.