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Thèse : Sciences naturelles : Paris, Faculté des sciences : 1852. / Titre provenant de l'écran-titre.

Thesis (M.A.)--Ohio state University, 1940. / On cover: The Ohio state archaeological and historical society. "References cited": leaves 67-72; "General bibliography": leaves 73-78.

Thesis (M.A.)--Ohio state University, 1940. / On cover: The Ohio state archaeological and historical society. "References cited": leaves 67-72; "General bibliography": leaves 73-78.

Thesis (Ph.D.) - University of Michigan, 1958. / Typescript. Abstracted in Dissertation abstracts, v. 19 (1958) no. 3, p. 512. Bibliography: leaves 138-140.

This thesis is an attempt to improve the economic problems of the homeless people, either scrappers or squatters living in abject poverty, in the shrinking city of Flint by trying to balance the social problems of the city. This balance in the social life will not be real unless there is a kind of resilience architecture that is able to adjust and be adjusted to that degradation in the social and economic conditions in the shrinking cities. The resilience architecture, from which the self built spirit may spur, may be the only way to give the poor their lost dignity.The specific research deals with the problem of shrinkage in the Rust Belt cities in the USA and the means of its improvement by readopting three terms: evolution, resilience, and alchemy from a social perspective. Suggesting a resilient architecture design project in the particular city of Flint, Michigan relies on the large number of the homeless people living in these devastated places.Shrinking cities, living a state of flux all time, are much more insecure and weighty. The potential profound role of the architecture profession to work with the poor societies, and assist them in the execution of their spiritual needs, relies upon some of the key questions: could architects be a reason in building a resistant community? What kind of architecture do we collectively want to combat the degradation of the world? The key question is: Will architecture able to activate this self built spirit, by reusing some of the leftover materials, in Flint? In this context, I will investigate the architects' ability to intervene by providing an implementation proposal designed to use the city materials. This intervention of the architect will be effective when the potentials of those homeless are empowered. Therefore, I suggest an initial idea for a particular design proposal titled `Scrap and Build; On Our Own Village' that could be used as a catalyst for self builders' spirit. The project is seeking a resilient new vision for the future of shrinking cities, which necessitates surpassing the barriers which exist in the real complexities in these cities' lives. / Department of Architecture

Thesis (B.S.)--University of Missouri, School of Mines and Metallurgy, 1932. / The entire thesis text is included in file. Typescript. Title from title screen of thesis/dissertation PDF file (viewed June 2, 2010)

Legionella pneumophila and other opportunistic pathogens of drinking water pose important problems at the interface of biology, environmental engineering, public health, and governance. In this thesis, I explore the molecular mechanisms permitting survival of L. pneumophila in built water systems is the nature of its physiology under different conditions and different life-phases. In the first chapter, I discuss how various physiological states of L. pneumophila affect the propensity for survival and virulence in relation to drinking water environments. This literature review should provide a perspective important for designing controlled laboratory experiments rooted in a robust understanding of how phenotype dictates experimental results. In the second chapter, I describe sequence and phylogenetic analyses performed to investigate the presence of a type 1 secretion system and virulence factor throughout the Legionella genus. While this system was previously believed to be conserved to L. pneumophila, our analysis indicates that this system is well-distributed throughout the Legionella genus, blurring the lines between "pathogenic" and "non-pathogenic" species. In the third chapter, I report the secretome of endemic Flint, Michigan L. pneumophila in corrosive water, simulating the environmental impact of the Flint Water Crisis on local L. pneumophila populations. Our results from this study have expanded the secretome of L. pneumophila, provided insight on mechanisms it may employ to resist stress in water, and created several novel lines of inquiry at the merging frontier of biochemistry and environmental engineering. / Master of Science in Life Sciences

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