The History of the First State Hospital West of the Mississippi River

PsycCRITIQUES ◽  
2007 ◽  
Vol 52 (44) ◽  
Author(s):  
Keith Schafer
2013 ◽  
Vol 37 (3) ◽  
pp. 422-431 ◽  
Author(s):  
William L. Graf

James C. Knox’s 1977 paper “Human Impacts on Wisconsin Stream Channels,” published in the Annals of the Association of American Geographers, was a key component of a suite of three papers by him defining the response of rivers to the introduction and management of agriculture and to climate change. In this paper he used the Driftless Area of southwest Wisconsin as a laboratory where he could define fluvial responses by their sedimentary signatures in floodplain deposits. Land-use records dating back to the early 19th century along with shorter climate records provided his understanding of the drivers of change. He found that floods increased as an outcome of land-cover change. Upstream tributaries became wider and shallower as coarse deposits limited their adjustments, while main stem channels became narrower and deeper. His paper reflected the influence of his graduate advisor and especially of prominent faculty colleagues at the University of Wisconsin from fields ranging from soils and climatology to geomorphology and history. The paper was the subject of considerable debate in the professional community, but it remains a much-cited example of Knox’s work in unraveling the Quaternary and Holocene history of rivers of the Driftless Area and by extension the upper Mississippi River system.


1912 ◽  
Vol 58 (242) ◽  
pp. 424-447
Author(s):  
Richard Eager

The history of the use of thyroid extract in insanity dates back to the year 1893, when McPherson (1), of Larbert Asylum, reported a case of myxódematous insanity which recovered from both the myxódema and the mental disorder under its use. Its use in cretinism has also met with much success. My investigations, however, are confined to its use in mental conditions not associated with myxódema or cretinism. In 1894 McClaughey (2), of the District Asylum, Maryborough, reported two cases as improved, and in 1894–5 McPhail and Brace's results (3) and observations of treatment were published in detail. The publication of their results and their belief that “in thyroid feeding we possess a valuable addition to our armamentarium in the treatment of certain cases of insanity” incited many other alienists to test its efficacy. Besides Clarke, Brush and Burges in America must be mentioned Mabon and Babcock (4), who give a review of the results obtained in 1032 collected cases of insanity from twenty-four different observers, and who show that 23·9 per cent. recovered and 29·4 per cent. were improved. They also report on a further use of thyroid on sixty-one cases at the St. Lawrence State Hospital.


2004 ◽  
Vol 49 (7-8) ◽  
pp. 537-547 ◽  
Author(s):  
Nancy N. Rabalais ◽  
Nazan Atilla ◽  
Claire Normandeau ◽  
R. Eugene Turner

1986 ◽  
Vol 51 (3) ◽  
pp. 505-527 ◽  
Author(s):  
Julie K. Stein

The history of coring and augering at archaeological sites is traced to two periods in the twentieth century. In the first period, Period I (1935-1955), the technique was used primarily to correlate archaeological deposits with river sediments for dating purposes. Rarely were the deposits containing artifacts cored or augered; rather the stratigraphic relationship of cultural to non-cultural deposits was sought. Most of this work was done in the Lower Mississippi River Delta where geologists had calculated absolute dates for river deposits. This period seems to have ended with the availability of radiometric dating and was followed by Period II (1964-present). After 1964 there is a renewed interest in coring and augering, mostly following a shift in archaeological research interests from culture history toward ecological questions. This shift coincides with the availability of a new device: a mechanical corer. During Period II, coring is utilized in many different projects, including reconstructing the environment surrounding sites, collection of samples from subsurface deposits, and locating buried archaeological sites. Following the discussion of the history of coring and augering, a description of equipment, techniques, and data potential is presented.


Copeia ◽  
1987 ◽  
Vol 1987 (4) ◽  
pp. 1051 ◽  
Author(s):  
Richard L. Mayden ◽  
Frank B. Cross ◽  
Owen T. Gorman

Author(s):  
Richard Campanella

As an urbanized river-dominated delta, New Orleans, Louisiana, ranks among the most experimental of cities, a test of whether the needs of a stable human settlement can coexist with the fluidity of a deltaic environment—and what happens when they do not. That natural environment bestowed upon New Orleans numerous advantages, among them abundant fresh water, fertile soils, productive wetlands and, above all, expedient passage between maritime and continental realms. But with those advantages came exposure to potential hazards—an overflowing Mississippi River, a tempestuous Gulf of Mexico, sinking soils, eroding coasts, rising seas, biotic invasion, pestilence, political and racial discord, conflagration—made all the worse by the high levels of social vulnerability borne by all too many members of New Orleans’ population. More so than any other major metropolis on the North American continent, this history of disaster and response is about the future of New Orleans as much as it is about the past. This article examines two dozen disasters of various types and scales, with origins oftentimes traceable to anthropogenic manipulation of the natural environment, and assesses the nature of New Orleans’ responses. It frames these assessments in the “risk triangle” framework offered by David Crichton and other researchers, which views urban risk as a function of hazard, exposure, and vulnerability. “Hazard” implies the disastrous event or trauma itself; “exposure” means human proximity to the hazard, usually in the form of settlement patterns, and “vulnerability” indicates individuals’ and communities’ ability to respond resiliently and adaptively—which itself is a function of education, income, age, race, language, social capital, and other factors—after having been exposed to a hazard.


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