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This dissertation is an analysis of the professionalization tactics of white, native-born, Protestant, middle-class women who served with the U.S. armed forces as dietitians during World War I. Through the overlapping rubrics of maternalism, citizenship, and professionalism, I examine the ways in which dominant race, class, and gender ideologies inflected their quest for professionalization. I specifically examine the way hospital dietitians infused their expertise with rhetoric of race betterment and national security to acquire distinct status and authority in relation to other female medical/health practitioners. In this study, I locate the ideological origins of Public Law 36, 80 th Congress, establishing the U.S. Women's Medical Specialist Corps, within the cultural sensibilities of American antebellum evangelical health reform movements. Public Law 80-36 (April 16, 1947) authorized Regular Army commissions for dietitians, physical therapists, and occupational therapists. I contend that dietetics, a central force in the rise of the home economics movement, also served as an important portal for women's access to higher education in science and medicine. Finally, I hold that military service was critical to the professionalization of women's labor and claims to citizenship in early twentieth century America. In other words, military service allowed native-born, Protestant, middle- and upper-class, white American women to mobilize, network, and expand the scope of their work, as well as leaven their access to professional resources and political power.

This study was undertaken with the idea of bringing together information concerning some of the most important Kentuckians who have made contributions to the biological sciences. In order that we may better understand and appreciate the work done by these men, it was thought best to give a brief discussion of the major periods in the history of biological development. An attempt will be made to interpret the contributions of the men discussed, according to the period in which they lived. Only a sufficient number of men are discussed in each epoch to give a correct picture of the trends of that period.

This thesis presents an account of a prominent eighteenth-century European naturalist, Peter Pallas (1741-1811), in the setting to which he contributed his scientific talents—the St. Petersburg Academy of Sciences. A complete outline of Pallas' life is presented for purposes of continuity, but the heart of the thesis is presented in chapters four and five, which combined, relate the major features of Pallas' career in Russia. These two chapters are set against pertinent background material, most of which is involved with the institution itself which supported Pallas. The St. Petersburg Academy of Sciences is surveyed in its origin and development in the eighteenth century and material is presented which will outline the ups and downs of the development of academic life in Russia as well as the general milieu in which Pallas fitted. This milieu, it has been concluded, was one of lively and relatively unfettered advance in the development of science in Russia, to which Pallas contributed a great deal of stimulus by way of his widely known and respected accomplishments. The focal point of Pallas' career is represented by his Siberian expedition of 1768-1774, a momentous six-year scientific enterprise to which a central part of the research has been directed. The account of the Pallas Expedition presented here is entirely original, utilizing chiefly his own travel account and the Proceedings (Protokoly) of the Academy, from which source, in the absence of archival materials, can be gained the general content of Pallas' communications to the Academy during his absence. To add perspective, the Pallas Expedition has been set against the historical and contemporary background of Russian scientific exploration in the eighteenth century. An appendix has also been included which lists the Russian-sponsored eighteenth-century scientific expeditions. The follow-up to Pallas' expedition--the remainder of his career in St. Petersburg--is equally a central part of the study. As an academician in St. Petersburg from 1774 to 1793, Pallas was a luminary of European natural science as well as a pillar of scientific achievement in Russia. In historical terms and seen against the background of the Academy of which he was a part, Pallas’ scholarly contributions in Russia have been outlined, most of which can be explained as a consequence of his expedition. A wide selection of available secondary material has been utilized to explain Pallas’ academic career supplemented by some original research supplemented by some original research (chiefly from the Academy Proceedings) and the opportunity I have had to see and scan most of his major publications pertaining to zoology and botany, the major fields to which he contributed. Although of German background, Pallas spent most of his adult life in Russia (1767-1810). His career there forms one of the highlights of foreign scientific expeditionary achievement during the century that Russia relied almost exclusively on foreigners to establish the serious beginnings of both. His contributions--expeditionary and academically in the realm of biology--for obvious reasons are more closely connected to the Russian arena; perhaps for that reason he has failed to attract deserved notice alongside the eighteenth-century European naturalists who are now more popularly known. This thesis attempts no more than to account historically for the career of Peter Simon Pallas in Russia and to present his remarkable accomplishments. A categorized, partially annotated bibliography is appended, preceded by a bibliographic explanation.

We investigate the origins of mathematical societies and journals. We argue that the origins of today’s professional societies and journals have their roots in the informal gatherings of mathematicians in 17th century Italy, France, and England. The small gatherings in these nations began as academies and after gaining government recognition and support, they became the ancestors of the professional societies that exist today. We provide a brief background on the influences of the Renaissance and Reformation before discussing the formation of mathematical academies in each country.

We investigate the origins of mathematical societies and journals. We argue that the origins of today’s professional societies and journals have their roots in the informal gatherings of mathematicians in 17th century Italy, France, and England. The small gatherings in these nations began as academies and after gaining government recognition and support, they became the ancestors of the professional societies that exist today. We provide a brief background on the influences of the Renaissance and Reformation before discussing the formation of mathematical academies in each country.

This thesis focuses on the commercialization of Chinese medicine in the post-Mao era, from 1977 to 2014. It looks at its social and environmental impact on local rural areas.

The aim of the Science Foresight Project was to design and assess a simple, objective and cost-effective technique to gather information about emerging short and long-term research developments, primarily in the physical and engineering sciences. International experts were objectively chosen using co-citation patterns in scientific and technical literature, and were invited to submit their predictions about emerging developments in their research fields. They were questioned about how the effects of various factors and driving forces might affect their predictions. The cost and time required to administer the questionnaire and collect the responses was minimised through the use of Internet and Web based technologies. A simple process was used to report the predictions; short excerpts from each prediction were used as the summary and each prediction was classified into one of ten categories of emerging developments. Authors from 114 papers (23.7%) responded, identifying a total of 190 short-term and 111 long-term predicted emerging developments. Expert responses were received from an international group of senior researchers between the ages of 36 and 55, mostly engaged in basic research in academic institutions. Some experts described specific emerging developments, some discussed broad emerging trends in their field and others described both. Emerging development categories such as Atomic & Stellar Matter, Biology & Biosphere, Biomedical & Clinical, Computers & Robotics and Genomics & Proteomics were closely aligned with conventional science areas while other categories such as Mathematical & Computational and Nano Science & Technology contained predictions from almost every area of science. The technique developed and applied here appears to constitute an efficient means of surveying the international research community in order to gain insights into common patterns that evolve from their collective research activities. Dynamically monitoring emerging research developments on a continuous basis could provide valuable information to policy makers, planners and researchers.

New developments in science and technology are promoted through projections of anticipated benefit that justify research, help secure funding and institutional, political and public support, and encourage technology diffusion. This thesis explores the strategic influence of constructs of expected benefit through analysis of the claims advanced for two technology fields in New Zealand: genetic modification and wind energy. The ways benefits are framed, and the kinds of returns and outcomes that are promoted, have major implications for technoscience. Some technology pathways and applications are supported and fostered, while others are rejected or marginalised. The “downstream” impacts and potential risks of scientific innovation have received extensive academic and policy analysis, while the benefits claimed for R&D and new technologies have largely been taken for granted. However, science and technology futures have recently been addressed in an emerging field of international scholarship – the sociology of expectations. This thesis follows technoscience trajectories back “upstream”, to better understand the work of benefit framings in legitimating and valorising innovation in two sectors in New Zealand. Understanding the dynamics of such optimistic projections is crucial for publics, interested groups, practitioners and policy-makers engaging with the challenges of contemporary technoscience.