A Qualitative Analysis of the Immediate and Short-term Impact of an Environmental Interpretive Program

This study utilized qualitative measures to further understand if an environmental interpretive experience can enhance an environmental ethic. A discursive approach to emergent design was used to generate grounded theory (Strauss & Corbin, 1990). In the methods used, the phenomenological data gathered during the study directed the design of each step of the research as it evolved. Twenty-four 4th graders were randomly selected from three classes from a rural town in southern Indiana (USA). These students participated in a field trip to a US Forest Service site near their school district. Methodologies utilized in this program included ranger-led discussions, facilitated explorations, and nature 'games'. The data was collected through post interviews (1 week following treatment) and post post interviews (4 months after program). The findings indicated that the environmental interpretive program had a strong positive impact on students' affect toward the resource site. The findings also indicated retention of game mechanics and the content imbedded in these games. Cognitive and behavioral impacts were limited.     

Characteristics of the start in women's World Cup skeleton

This study characterizes key elements of the start in elite female World Cup skeleton athletes. The top 20 female competitors in three World Cup races were videotaped within a calibrated space to allow the following components of the start to be quantified: (1) acceleration (velocity at 15-m mark, time to 15-m mark), (2) capacity (time to load, total number of steps to load), and (3) load (velocity at 45-m mark). A correlation analysis was used to establish the relationship between the variables of interest and overall start time (15- to 65-m mark). Velocity at the 15-m mark accounted for 86% of the variance in overall start time at St. Moritz and 85% at Sigulda. A stepwise regression analysis revealed that approximately 89% of the variation in start time could be explained by velocity at the 15-m mark, time to load, and velocity at the 45-m mark. Of the variables analysed in this study, rapid acceleration to attain a high velocity at the 15-m mark was the most important component of a fast overall start time. The importance of the time to load and velocity at the 45-m mark vary according to the different track characteristics.     

Kindergarten screening: A survey of current practice

This study investigated current practices for screening new entrants to schools. A mail survey was conducted of 755 public‐ and private‐school districts in New York State to ascertain the procedures and instruments used to conduct kindergarten screening. Fifty‐one percent (385) of the districts responded. Thirty percent of the districts reported that they used locally developed screening instruments. The most widely used standardized instruments were the Developmental Indicators for the Assessment of Learning (DIAL‐R) (Mardell‐Czudnowski & Goldenberg, 1990), and the Brigance K & 1 Screen (Brigance, 1992). The great majority of respondents (95%) reported that screening is conducted on an individual basis, and in 45% of the districts, professionals spend more than 30 minutes in screening procedures with each child. On average, 3.58 different educational professionals in each district participate in screening procedures. About half of the districts reported that children identified as “unready” on the basis of screening procedures were referred for further evaluation; 19% of the districts advised parents to delay school entry for an additional year. Most districts (69%) reported that they were satisfied or very satisfied with current district practice. Implications for practitioners are discussed. © 2000 John Wiley & Sons, Inc.     

Improving Performance in a Nuclear Cardiology Department

ABSTRACT Improving performance in the medical industry is an area that is ideally suited for the tools advocated by the International Society of Performance Improvement (ISPI). This paper describes an application of the tools that have been developed by Dale Brethower and Geary Rummler, two pillars of the performance improvement industry. It allows the reader to follow a step‐by‐step approach in a project conducted within a cardiology practice. The tools we used are grounded in behavioral systems analysis as well as in applied behavior analysis. The paper describes how these tools help improve the throughput of a department within a medical practice, while taking into account that this department is one part of the entire medical practice, as well as the local and national medical community. Each tool utilized is shown as it fits into the puzzle of solving the problem described by the client.     

An operational definition of learning disabilities (cognitive domain) using WISC full scale IQ and peabody individual achievement test scores

An operational index of discrepancy to assist in identifying learning disabilities (LD) in the cognitive domain was derived using the Full Scale IQ, Wechsler Intelligence Scale for Children (Wechsler, 1949, and relevant subtest scores on the Peabody Individual Achievement Test (PIAT) (Dunn and Markwardt, 1970. The index was applied to all legally identified LD children (N = 60) of a Michigan county who were in the LD program (1% of the total elementary school population of 6000 children). Of the 50 males and 10 females (mean age: 9 years 2 months; mean IQ: 91), the index identified 74% and 30% respectively as may be LD in the cognitive domain. This comprised 67% of the 60 children, or 2/3 of 1 % of the total elementary school population. Of the 67% may be LD children, 93% had discrepancy low PIAT subtest scores in Reading Recognition, 88% in Reading Comprehension, 83% in Spelling, and 52% in Arithmetic. Considerable caution should be exercised when classifying children, especially females, as LD.     

Misleading illustrations

Conclusion The responses and the reasons given for those responses suggest that many of these first year students were not able to read and interpret diagrams in a critical manner and recognise their limitations. Rather, they depend on a qualitative global appreciation of the relationships involved and do not distinguish between the diagram and the model it represents. The overall pattern of responses on the test was consistent with the common errors identified in textbook diagrams. Such diagrams (see those which appear below) are notably qualitative and do not attempt to accurately portray relationships quantitatively. It appears as if such diagrams represent reality for many students. This finding has important implications for science teaching because it is known that the conceptual model held by a learner influences subsequent learning.