Motivational Orientations of Students With Disabilities in Western North Carolina Community Colleges

This research focused on the motivational orientations of students attending community colleges in western North Carolina. The purpose of the study was to develop a profile of students with disabilities in degree, diploma, or certificate programs, to determine their motivations for enrolling, and compare the results to students without disabilities at the same colleges. Five community colleges were randomly selected from the colleges in the western counties of North Carolina. A stratified random sample of students, both with and without disabilities, was selected. Each student was mailed a copy of the Educational Participation Scale (EPS) modified to collect demographic data. A follow-up reminder was mailed at two-week and four-week intervals. Four hundred sixty-eight questionnaires were distributed. One hundred ninety-eight responses were received for an overall return rate of 42.3%. The results indicated that, among the group of students with disabilities, there was a higher proportion who were female. These students were older, yet less likely to have children in the home and work full-time, as compared to their nondisabled peers. Students with disabilities scored higher on four of the EPS factors; Social Contact, Educational Preparation, Social Stimulation, and Cognitive Interest. These students appear motivated to participate by the opportunity to meet new people and find social stimulation. They also were more likely than their non-disabled counterparts to seek a remedy for past educational deficiencies and satisfy their intellectual curiosities. These results suggest that the main reasons why students with disabilities enroll in community colleges are social and academic concerns. Community colleges need to be sensitive to the unique needs of students with disabilities and design programs and services that emphasize the continuing development of these students

Humphrey Center News: Spring/Summer 1986 v. 2, no. 2

Newsletter of the Hubert H. Humphrey Cancer Research Center at Boston University School of Medicine

How Entrepreneurial Leaders Use Emotional Labor to Improve Employee Attitudes and Firm Performance

This study takes a deep look at how entrepreneurial leaders use all three forms of emotional labor. The results from this analysis of 147 dyadic pairs of entrepreneurial leaders and their subordinates are presented herein. This study is the first to investigate the relationship between emotional labor strategy and the display of discrete genuine emotions (enthusiasm, liking, irritation). Leader genuine emotional labor and leader displays of positive discrete emotions were positively correlated with employee job satisfaction, affective commitment, and lower intentions to quit. Additionally, this study provides empirical evidence that the display of discrete emotions moderates the effects of leader genuine emotion on firm performance. From a practical standpoint this study benefits entrepreneurs by outlining emotionally healthy methods to display the appropriate emotions when interacting with stakeholders to enhance firm performance

System of accounts for live-stock shipping associations

The system of accounts devised by the Office of Markets and Rural Organization and described in this bulletin has been so constructed as to meet the requirements of shipping associations under varying conditions at a minimum expenditure of time and bookkeeping effort,1 and is the result of investigations made by the office in cooperation with several live-stock shipping associations in various States where the system is now in successful operation. Special care has been taken to make the method of application as direct as possible and to cut to a minimum the number of forms necessary to do the work properly. It is well understood that not all the forms included in the system will be needed under every condition of operation, but such forms as are suggested will be found practicable for use in every association attempting to keep an accurate account of the transaction of its business

Using Noninvasive Genetics for Estimating Density and Assessing Diet of Urban and Rural Coyotes in Florida, USA

Coyotes (Canis latrans) are expanding their range and due to conflicts with the public and concerns of Coyotes affecting natural resources such as game or sensitive species, there is interest and often a demand to monitor Coyote populations. A challenge to monitoring is that traditional invasive methods involving live-capture of individual animals are costly and can be controversial. Natural resource management agencies can benefit from contemporary noninvasive genetic sampling approaches aimed at determining key aspects of Coyote ecology (e.g., population density and food habits). However, the efficacy of such approaches under different environmental conditions is poorly understood. Our objectives were to 1) examine accumulation and nuclear DNA degradation rates of Coyote scats in metropolitan and rural sites in Florida to help optimize methods to estimate population density; and 2) explore new genetic methods for determining diet of Coyotes based on vertebrate, plant, and invertebrate species DNA identified in scat. Recently developed DNA metabarcoding approaches make it possible to simultaneously identify DNA from multiple prey species in predator scat samples, but an exploration of this tool for assessing Coyote diet has not been pursued. We observed that scat accumulation rates (0.02 scats/km/day) did not vary between sites and fecal DNA amplification success decreased and genotyping errors increased over time with exposure to sun and precipitation. DNA sampling allowed us to generate a Coyote density estimate for the urban environment of eight Coyotes per 100 km2, but lack of recaptures in the rural area precluded density estimation. DNA metabarcoding showed promise for assessing diet contributions of vertebrate species to Coyote diet. Feral Swine (Sus scrofa) were detected as prey at higher frequencies than previously reported. We identify several considerations that can be used to optimize future noninvasive sampling efforts for Coyotes in the southeastern United States. We also discuss strengths and drawbacks of utilizing DNA metabarcoding for assessing diet of generalist carnivores such as Coyotes

The Freshman, vol. 1, no. 10 [issue misnumbered]

The Freshman was a weekly, student newsletter issued on Mondays throughout the academic year. The newsletter included calendar notices, coverage of campus social events, lectures, and athletic teams. The intent of the publication was to create unity, a sense of community, and class spirit among first year students. This issue includes an editorial exploring how to maintain self-identity in the face of academic stereotypes

Proceedings of a Conference on Agricultural Education in Our Public Schools

Vocational Agriculture has played an important role in helping young men become established in farming. Much of our success in more than meeting the food and fiber needs of our rapidly growing population today can b~ attributed to Vocational Agriculture. But, questions are being raised about the need for cominuation of such an extensive program of preparation for farming in view of the reduced number of farming opportunities each year. Furthermore, questions are being raised about the adeqwacy of preparation for farming by a program that is terminal at the high school level, and about the adequacy of preparation for college if a student devotes much of his high school time to Vocational Agriculture.https://lib.dr.iastate.edu/card_reports/1000/thumbnail.jp

Selective nanomolar detection of dopamine using a boron-doped diamond electrode modified with an electropolymerized sulfobutylether-\u3b2- cyclodextrin-doped poly(N-acetyltyramine) and polypyrrole composite film

N-Acetyltyramine was synthesized and electropolymerized together with a negatively charged sulfobutylether-\u3b2-cyclodextrin on a boron-doped diamond (BDD) electrode followed by the electropolymerization of pyrrole to form a stable and permselective film for selective dopamine detection. The selectivity and sensitivity of the formed layer-by-layer film was governed by the sequence of deposition and the applied potential. Raman results showed a decrease in the peak intensity at 1329 cm-1 (sp\ub3), the main feature of BDD, upon each electrodeposition step. Such a decrease was correlated well with the change of the charge-transfer resistance derived from impedance data, i.e., reflecting the formation of the layer-by-layer film. The polycrystalline BDD surface became more even with lower surface roughness as revealed by scanning electron and atomic force microscopy. The modified BDD electrode exhibited rapid response to dopamine within 1.5-2 s and a low detection limit of 4-5 nM with excellent reproducibility. Electroactive interferences caused by 4-dihydroxyphenylalanine, 3,4-dihydroxyphenylacetic acid, ascorbic acid, and uric acid were completely eliminated, whereas the signal response of epinephrine and norepinephrine was significantly suppressed by the permselective film.NRC publication: Ye