It has long been a tool of the LGBTQ rights movement to loudly proclaim and own one’s sexual orientation label. However, there is a new generation of young sexual minorities who feel a label is no longer necessary. Are these no-labelers headed in the right direction? Or are they hurting the fight for LGBTQ equality? / text

Thesis (Ph. D.)--Montana State University--Bozeman, 2007. / Typescript. Chairperson, Graduate Committee: David J. Singel. Includes bibliographical references (leaves 114-122).

<p> The reported experiments were concerned with the role of pictures and words in the memory of four-year-old children. The experiments demonstrated that providing four-year-old children with verbal labels facilitated their visual recognition and free verbal recall of pictures. This was true not only of labels, but also of longer, less-rehearsible descriptive phrases which did not necessarily suggest corresponding names. Furthermore, this finding was obtained when the labels, by themselves, did not permit the subject to distinguish between the alternatives on the visual recognition test. These findings indicate the inadequacy of a strictly response-oriented explanation of the results; neither rehearsal of the specific words by themselves nor their production at the retention test are sufficient to explain the recognition results. Instead, the effect of words was apparently to influence the subjects to process or store the information in the pictures differently than they would have done in the absence of the words.</p> / Thesis / Doctor of Philosophy (PhD)

No description available.

Proponents of labeling theory argue that the labels we use to identify things are not merely harmless words, but, in fact, shape and control experience to some degree. Others, such as W. E. B. Dubois, argued that names only identify things and if one changes a label by which a thing is identified the meaning will not be changed. The major aim of the present study was to determine if there were any significant differences in responses elicited from a random sample of the white population of Roanoke, Virginia, by using varied minority group labels (Negro, Colored, Afro-American, Black). The random sample of 800 was divided into four groups cf 200, each receiving a different form of the questionnaire. Proposed differentiation responses were measured by the use of mean prejudice scores on a cognitive, emotional and action level. The data revealed that there was no significant differences in prejudice scores elicited by the use of varied minority group labels (Negro, Colored, Afro-American, Black). This study, as opposed to traditional labeling-theory, utilizes the group as the unit of analysis and did not presume the passivity of the labelee. Therefore this would tend to indicate that labeling theory, when the unit of analysis is the group, should take into consideration resistance to and counter-application of labels by the labelees. / Master of Science

China is the world’s largest producer and consumer of household appliances, lighting and commercial equipment. China first adopted Minimum Energy Performance Standards (MEPS) in 1989. By 2013, China has developed and implemented 52 Energy Efficiency Standards (EES) and 28 mandatory energy labels for a wide range of domestic, commercial, and selected industrial equipment. However, despite of the large number of standards issued, big challenges remain with how to ensure the standards keep up with the dynamic evolvement of technologies and appliance market after they enter effect. The current policy analysis methods adopted by the policy makers primarily focuses on standards making process and very limited attentions were paid on impact assessment and ex-post evaluation of standards and labeling systems, hence the effectiveness of active Energy Efficiency Standards has not been assessed timely and comprehensively. One major barrier of this is the lacking of assessment methods and market data. This thesis intends to tackle the above issues by developing a new policy analysis approach that can be used to assess the impact of energy efficiency standards and labeling with market data. This approach adopts a comprehensive analysis method that comprises three components: (1) Analysis of market data; (2) Quantification of energy savings potential; and (3) Benchmarking China’s EE standards to those of peer economies around the world. This integrated approach leads to three independent but complementary studies that provide evidence-based findings and policy recommendations for the improvement of China’s appliance standards.

Clothing labels are considered to be a source of information to consumers in a developing (Potchefstroom, in the North West Province of South Africa) and a developed country (Fayetteville, Arkansas, in the United States of America) context, which serve to promote the standard of consumer decisions by providing information on the intrinsic and extrinsic product properties and care instructions. Once consumers in these two contexts come in contact with clothing labels, the sensory information is registered into buffers that are located in their sensory memory store and the relocation of (clothing label) information to their long-term memories (knowledge) depends on their level of attention and information rehearsal. Although a number of studies have been conducted on clothing labels and the construct of knowledge separately, few studies were found to focus on consumers’ knowledge of clothing labels while none have compared the knowledge of consumers from different settings. The aim of this study was to compare the subjective and objective knowledge of the information on clothing labels of consumers in a developing (Potchefstroom, SA) and a developed (Fayetteville, USA) country context in order to determine the differences between these consumers’ knowledge of clothing labels. Furthermore, the objectives of this study were to determine the demographic profiles of respondents in a developing and a developed country context; the differences in the subjective knowledge of respondents on clothing labels; the differences in the objective knowledge of respondents with regard to the written and pictorial information on clothing labels; the association between respondents’ subjective and objective knowledge of the information on clothing labels and the differences in the subjective and objective knowledge of respondents from different demographic subgroups. The aim and objectives of this study were reached by employing a quantitative, comparative, descriptive approach. Furthermore, purposive sampling was used to recruit respondents in Potchefstroom and Fayetteville who met specific inclusion criteria. Respondents in this study had to be between the ages of 18 and 70 years, participate in clothing shopping, be able to read clothing labels and respondents and their spouses should not have worked in a clothing-related sector. Potential respondents in both cities were approached at predetermined public and private areas, such as universities, municipal offices, retirement facilities, parking areas and shopping centres which existed within both cities at the time. Data were collected simultaneously in Potchefstroom (N=445) and Fayetteville (N=336) by employing an interviewer-administered questionnaire. Male and female respondents and the Black/African and White/Caucasian population group in Potchefstroom were well distributed; however, female respondents were more and the White/Caucasian population group was the largest in Fayetteville. Furthermore, respondents of the different age groups were well distributed in Potchefstroom while there were more respondents in Fayetteville who were between 18 to 24 years of age and less respondents who were 25 to 34 years of age. The largest percentage of respondents in Potchefstroom completed a secondary education while the largest percentage of respondents in Fayetteville completed a tertiary education. In addition, in both Potchefstroom and in Fayetteville, the largest number of respondents did not have any children under the age of 18 years residing with them. Some demographic subgroups of respondents in a developing country context indicated that they did not use clothing labels because it is confusing, difficult to locate information and too detailed. In contrast, some demographic subgroups of respondents in a developed country context experienced problems with the small size of the label content and the trustworthiness of clothing labels. The results indicated that objective knowledge regarding “symbols” of respondents from Potchefstroom and Fayetteville differed practically significantly while only a tendency was evident for the difference in their objective knowledge regarding the written information on clothing labels. No practically significant differences were found for their subjective knowledge and objective knowledge of “do not symbols”. Results further indicated a negative association between respondents’ subjective and objective knowledge of the written information on labels, implying that the higher respondents’ perceived knowledge, the lower their actual knowledge of the written information was. Subjective knowledge among respondents in these two cities and countries were found to differ regarding age and education, while objective knowledge of “symbols” and “do not symbols” were found to differ regarding age, education and amount of time spent shopping for clothing products. Some differences with regard to gender were also evident for “symbols”. The results of this study clearly indicated a lack of clothing label knowledge, predominantly among consumers in a developing country context with regard to “symbols” as well as a lack of objective knowledge concerning “do not symbols” among respondents in Potchefstroom and Fayetteville. It is therefore suggested that the results of this study should be used for the development of educational programmes and/or extension services in Potchefstroom. Such programmes and services should primarily be aimed to promote consumers’ knowledge of clothing labels, more predominantly within SA. Manufacturers, clothing retailers and marketers within both contexts can also contribute to improve the lack of objective knowledge regarding all the information on clothing labels among respondents in Potchefstroom as well as Fayetteville respondents’ knowledge of “do not symbols”. This can be done by employing information provision techniques aimed to provide consumers with more information on how to read and interpret the written information and care symbols on clothing labels that may positively influence consumers in both contexts to use labels to a greater extent, also having a positive influence on their current lack of objective knowledge regarding some label aspects. / M Consumer Sciences, North-West University, Potchefstroom Campus, 2014

Clothing labels are considered to be a source of information to consumers in a developing (Potchefstroom, in the North West Province of South Africa) and a developed country (Fayetteville, Arkansas, in the United States of America) context, which serve to promote the standard of consumer decisions by providing information on the intrinsic and extrinsic product properties and care instructions. Once consumers in these two contexts come in contact with clothing labels, the sensory information is registered into buffers that are located in their sensory memory store and the relocation of (clothing label) information to their long-term memories (knowledge) depends on their level of attention and information rehearsal. Although a number of studies have been conducted on clothing labels and the construct of knowledge separately, few studies were found to focus on consumers’ knowledge of clothing labels while none have compared the knowledge of consumers from different settings. The aim of this study was to compare the subjective and objective knowledge of the information on clothing labels of consumers in a developing (Potchefstroom, SA) and a developed (Fayetteville, USA) country context in order to determine the differences between these consumers’ knowledge of clothing labels. Furthermore, the objectives of this study were to determine the demographic profiles of respondents in a developing and a developed country context; the differences in the subjective knowledge of respondents on clothing labels; the differences in the objective knowledge of respondents with regard to the written and pictorial information on clothing labels; the association between respondents’ subjective and objective knowledge of the information on clothing labels and the differences in the subjective and objective knowledge of respondents from different demographic subgroups. The aim and objectives of this study were reached by employing a quantitative, comparative, descriptive approach. Furthermore, purposive sampling was used to recruit respondents in Potchefstroom and Fayetteville who met specific inclusion criteria. Respondents in this study had to be between the ages of 18 and 70 years, participate in clothing shopping, be able to read clothing labels and respondents and their spouses should not have worked in a clothing-related sector. Potential respondents in both cities were approached at predetermined public and private areas, such as universities, municipal offices, retirement facilities, parking areas and shopping centres which existed within both cities at the time. Data were collected simultaneously in Potchefstroom (N=445) and Fayetteville (N=336) by employing an interviewer-administered questionnaire. Male and female respondents and the Black/African and White/Caucasian population group in Potchefstroom were well distributed; however, female respondents were more and the White/Caucasian population group was the largest in Fayetteville. Furthermore, respondents of the different age groups were well distributed in Potchefstroom while there were more respondents in Fayetteville who were between 18 to 24 years of age and less respondents who were 25 to 34 years of age. The largest percentage of respondents in Potchefstroom completed a secondary education while the largest percentage of respondents in Fayetteville completed a tertiary education. In addition, in both Potchefstroom and in Fayetteville, the largest number of respondents did not have any children under the age of 18 years residing with them. Some demographic subgroups of respondents in a developing country context indicated that they did not use clothing labels because it is confusing, difficult to locate information and too detailed. In contrast, some demographic subgroups of respondents in a developed country context experienced problems with the small size of the label content and the trustworthiness of clothing labels. The results indicated that objective knowledge regarding “symbols” of respondents from Potchefstroom and Fayetteville differed practically significantly while only a tendency was evident for the difference in their objective knowledge regarding the written information on clothing labels. No practically significant differences were found for their subjective knowledge and objective knowledge of “do not symbols”. Results further indicated a negative association between respondents’ subjective and objective knowledge of the written information on labels, implying that the higher respondents’ perceived knowledge, the lower their actual knowledge of the written information was. Subjective knowledge among respondents in these two cities and countries were found to differ regarding age and education, while objective knowledge of “symbols” and “do not symbols” were found to differ regarding age, education and amount of time spent shopping for clothing products. Some differences with regard to gender were also evident for “symbols”. The results of this study clearly indicated a lack of clothing label knowledge, predominantly among consumers in a developing country context with regard to “symbols” as well as a lack of objective knowledge concerning “do not symbols” among respondents in Potchefstroom and Fayetteville. It is therefore suggested that the results of this study should be used for the development of educational programmes and/or extension services in Potchefstroom. Such programmes and services should primarily be aimed to promote consumers’ knowledge of clothing labels, more predominantly within SA. Manufacturers, clothing retailers and marketers within both contexts can also contribute to improve the lack of objective knowledge regarding all the information on clothing labels among respondents in Potchefstroom as well as Fayetteville respondents’ knowledge of “do not symbols”. This can be done by employing information provision techniques aimed to provide consumers with more information on how to read and interpret the written information and care symbols on clothing labels that may positively influence consumers in both contexts to use labels to a greater extent, also having a positive influence on their current lack of objective knowledge regarding some label aspects. / M Consumer Sciences, North-West University, Potchefstroom Campus, 2014

No description available.

Pulsed electron-electron double resonance (PELDOR) is an emerging technique for nanometre distance measurements in nano-sized assemblies and between specific sites of molecules. Most commonly nitroxide radicals are used as probes for EPR distance measurements because they are easy to introduce in biological systems such as soluble and membrane proteins or nucleic acids. PELDOR distance measurements currently rely on data processing software which has been proven to accurately extract inter-spin distances from the dipolar coupling between two paramagnetic centres. However, when the dipolar coupling is affected by contributions from other close-by unpaired electrons inaccuracies as broadening effects and artefacts are introduced in the distance distributions derived. This challenge, commonly referred as multi-spin effects, has been affecting the extraction of accurate distance information from PELDOR measurements in chemical and biological systems with multiple spin labels. The aim of this project is to approach, identify and suppress inaccuracies introduced in PELDOR-based distance distributions by multi-spin effects. This is achieved through the synthesis of multiply labelled model systems which would allow for assessment of the impact of multi-spin effects on distance measurements of simple geometries whose behaviour can be easily predicted and modelled. In this work existing methods for suppression of multi-spin effects are tested, together with their efficiency and limitations. The results are used to devise better sets of parameters including alternative settings for extraction of accurate distances from multi-spin systems and to explore their efficiency and limitations. Additional effects influencing distance measurements by pulsed EPR are also examined; in particular the effects of orientation selection and their interplay with multi-spin effects is studied in depth. Studies on rigid symmetric and asymmetric chemical model systems together with heptameric channel membrane proteins allow for outlining of recommendations for PELDOR distance measurements settings on systems presenting similar structural features, including symmetries and inter-spin distances.